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Solid Edge Electrical is electrical design software for collaboration between electrical (ECAD) and mechanical (MCAD) systems. electrical details; cabling; electrical whip; Electrical Routing; PCB layout; PCB Collaboration; Collaboration ECAD MCAD and PCB. Bills of materials, BOM, quick product quotes. Solid Edge Electrical Solid Edge Electrical Design is electrical design software for collaboration between electrical (ECAD) and mechanical (MCAD) systems, helping you overcome electromechanical design challenges with a dedicated solution for electrical design, enabling broad design collaboration across electrical and mechanical domains. Based on industry-leading technology, our electrical design products are trusted and proven around the world. Contact an Expert Design the electrical details Wiring Project Harness Desing Electrical Routing PCB design PCB Collaboration Solid Edge solutions for electrical design allow you to: Design and simulation of electrical systems, from simple electrical circuits to complex wire harnesses; Wiring routing with inclusion of components in 3D assembly models; Preparation of 2D industrial control panel layouts ; Model analysis to calculate correct wire lengths and wire harness designs ; Virtual simulation to ensure that circuits work to specification, without having to wait for physical prototypes; Collaborate interactively across ECAD and MCAD domains, even on remote services; Visualize electrical aspects of your project in a 3D environment; Fully integrate PCB layout and mechanical design environments; Access robust libraries and parts repositories; Increase productivity with full Teamcenter data synchronization. A graphical design environment for creating wiring diagrams and service documentation. Features unique built-in electrical analysis and simulation that allow you to overcome electromechanical design challenges early in the design cycle. Includes configurable and reusable layout design resources for use in preparing 2D industrial control panels. A more efficient electric motor design process by automating typical FEA pre- and post-processing tasks. Typical FEA operations such as mesh refinements, solution space definition, and post-processing are not required. Virtual experiments and 1D model export are also preset for the user. A dedicated, process-oriented environment for efficiently routing and organizing wires, cables, and bundles in a mechanical assembly. Enables transfer of harness topology data between MCAD-ECAD environments, reducing design time and manufacturing readiness. The unique connected mode feature highlights design changes in both environments through cross polling. Live feedback immediately displays possible contradictions. Schematic capture and PCB layout tools that simplify the complex task of PCB design. Includes sketch routing, 2D/3D hierarchical planning and placement, and ECAD/MCAD collaboration. An open, interoperable collaborative environment for PCB development. Breaks down communication barriers in PCB design by efficiently communicating design intent between ECAD and MCAD systems. ⇐ Back to Tools

FloEFD is a multiphysics and fluid dynamics (CFD) software natively integrated into CAD, capable of analyzing a wide variety of phenomena involving Fluid Mechanics. Heat Transfer, Optical Analysis; Electronics; HVAC; Structural; Electromagnetism; Expedition, Cadence, Zuken and Altium Coupling FloEFD FloEFD is a commercial software for computational fluid dynamics (CFD), capable of analyzing a wide variety of phenomena involving Fluid Mechanics, Heat Transfer, Optical Analysis, among many other functionalities. Its development, together with several CAD packages such as Solid Edge, NX, SolidWorks, Catia, Creo/Pro-E, facilitates CAD/CAE integration in the most diverse projects focused on fluid dynamics, such as aerodynamics, flow machines and heat exchangers. heat, covering several industrial applications. Contact an Expert Integrated with CAD Innovative workflow Mesh generation Engineering database Integration with FloMASTER Cooling of electronic components HVAC Compressible flows and combustion processes FloEDA module Because it is integrated into CAD packages, FloEFD offers a friendly and intuitive interface that allows the designer to select and change simulation parameters such as dimensions, boundary conditions, mesh generation, analysis types and material properties in a simple and fast way. . Mesh generation in FloEFD is one of the software 's differentials , as it works with Cartesian meshes due to its robust and simplified algorithm, which requires less computational time. This mesh, despite having a simplified construction, respects the conditions imposed by the simulation. The mesh has three different types of elements: solid materials, fluid cells and partial cells – which aim to optimize wall effects at the solid-fluid interface, which gives a good advantage to the simulation. In addition, simulation options interact directly with Excel, allowing instant acquisition of simulation data into an automatically generated spreadsheet; it also offers the possibility of working via external algorithms through the VBS language. The FloEFD has the Front Loading software feature , which refers to the ability to practice CFD during the design process, i.e., model and simulate simultaneously. Through FloEFD and its interchangeability between CAD software , the design process becomes leaner compared to traditional design. In this way, it allows the optimization of the product, since it integrates geometric modeling, simulation and data analysis in just one software , avoiding rework, whether in geometric modeling or simulations, obtaining greater dynamism for those who work in projects and simulations engineering and ensuring safety and accuracy of results. Unlike other CFD software , which use tetrahedral meshes, FloEFD features a body-immersed Cartesian mesh structure . This type of mesh allows the designer to reduce the process of trial and error, common to CFD simulation processes, in which an attempt is made to obtain a precise mesh for boundary conditions close to the walls, where the fluid velocity gradients are very high. Such a mesh ensures fast convergence and the number of cells is considerably less, as there is no need to match the mesh with the CAD. Offering an extensive library for applications in material selection, boundary conditions, porosity, radiative properties, among others, FloEFD also has the option of creating custom materials or conditions, adapting them to the physical properties favorable to the simulation, such as density, conductivity, specific heat, and saving them in the library for future applications. In practice, the flows that occur in pipes, flow machines, heat exchangers are too complex for an analytical analysis, like traditional 1D flow models. With FloEFD, it is possible to obtain views of the 3D flow in components, which, from a parametric analysis of the results, can be exported in data for analysis in the FloMaster software. Furthermore, FloMaster works with statistical algorithms that combine several configurations ( Latin-Square ), given input values, making the combination of 1D and 3D simulations a powerful tool in the quest to obtain the best performance of thermal systems.ting at steady state. For this, it has an extensive library of materials aimed at the application of electronics by the Engineering Data Base , which can be applied to the components of the analyzed system. FloEFD is enabled to calculate the effects of heat dissipation on electronic components operating at steady state. For this, it has an extensive library of materials aimed at the application of electronics by the Engineering Data Base , which can be applied to the components of the analyzed system. For the HVAC designer, FloEFD allows setting boundary conditions according to the situation obtained, be it in industrial operations, where you want to cool equipment by ventilation, or in hospitals, where you have a cooled air network for health reasons. Flow with complex conditions, fan models, simulation of relative humidity and condensation, performance of heat exchangers, pressure drops in pipe networks, and radiative models for analysis of the incidence of radiation are some of the devices that FloEFD offers to engineers. This module makes it possible to understand phenomena related to combustion reactions, such as burning propagation, post-burning gas formation, fuel-air mixture effects and mass fractions of gases from combustion; in addition to aspects related to compressible flows, whether subsonic, transonic, supersonic or hypersonic, in order to analyze the effects of Mach numbers, atomic dissociation and ionization by hypersonic flows at high temperatures. This extension allows you to carry out a thermal analysis of integrated circuit boards, by importing material data, power maps , thermal regions and connection networks from software such as Mentor Expedition, Cadence, Zuken and Altium, avoiding the use of IDF files. FloEDA allows detailing PCB's with materials and thermal properties for the model to be passed to FloEFD for subsequent thermal analysis. ⇐ Back to Tools

Simcenter Femap is an advanced simulation tool for creating, editing and inspecting finite element models of complex products or systems. Pre/Post-processing; mesh; composites; Structural simulation; Thermal simulation; Structural Optimization; capture CAE processes, standardize and automate them Simcenter Femap Simcenter Femap is an advanced simulation tool for creating, editing and inspecting finite element models of complex products or systems. You can use advanced workflows in Simcenter Femap to model components, assemblies, or systems to then determine a model's behavioral response when subjected to real-world conditions. In addition, Simcenter Femap offers a powerful data-driven graphical results visualization and evaluation tool, which, in combination with industry-leading Simcenter Nastran, provides a complete CAE solution, ensuring that products reproduce design performance in the real environments and makes it possible to improve this performance. Contact an Expert Pre /Post Processing Mesh Composites Basic fluid simulation Structural simulation Thermal simulation Optimization Simulation of automation and scalability Reduce time spent preparing analysis models and get more time to evaluate results. Rapidly advance manipulation of multi-CAD geometries to prompt execution of CAE models, comprehensive meshing, FE assembly management, multi-CAE solver environments, and simulation data post-processing. Efficiently mesh your models using comprehensive automatic and/or manual modeling functions of 1D, 2D, and 3D elements, as well as numerous techniques for applying loads and boundary conditions. User-defined geometry edits, meshes, and boundary conditions are all tied to the base design, which means that when the base design geometry changes, you can quickly update your model. This approach greatly reduces downstream modeling time , which results in huge time savings in the many iterations of analysis and design of a product. In their quest to create lighter yet stronger products, manufacturers are increasingly using composite materials. It is at the forefront of component analysis through the continuous development of material models and element types. Simcenter accelerates the entire laminated composite simulation process through a seamless connection to composite design, accurate solvers , and comprehensive post-processing. Simcenter Femap allows a view of the basic behavior of a fluid together with all associated physics in the FEA model. Understanding how a product component or assembly reacts under stress or vibration is critical in any industry. However, as products and materials become increasingly complex, engineers need tools that go beyond linear-static analyses. Simcenter Femap provides the structural analysis software you need to simulate a wide range of applications in a single environment and in conjunction with industry-leading Simcenter Nastran. Simcenter Femap includes first-class and complete thermal simulation capabilities that can help you understand your product's thermal characteristics and subsequently tailor your thermal management solution for optimal performance. How can I reduce material in a component or change its properties, ensuring it continues to meet performance targets? Simcenter Femap offers engineering optimization techniques that can help you answer these questions by systematically looking for the best design that satisfies certain criteria. Reduce component weight or find the right combination of parameters to improve product performance through full topology, geometry and parameter optimization capabilities. As companies increase their reliance on simulation, they are looking for ways to speed up the analysis process and increase simulation throughput. One of the ways to increase simulation throughput is to capture repetitive CAE processes, standardize and automate them. Simcenter allows you to capture the experience of senior analysts and make it available to junior engineers in your organization for use in the form of wizards or templates. ⇐ Voltar para Produtos

Solid Edge with synchronous and orderly technology, so that modeling becomes simple and fast, maintaining control and parameterization of projects and models, even when imported from other software. Parameterization; Photorealistic rendering; KeyShot; Finite Elements (FEA); Thermal simulation; SIEMENS. Solid Edge Solid Edge is an accessible, easy-to-use platform of software tools that handle all aspects of the product development process. It combines the speed and simplicity of direct modeling with the flexibility and control of parametric design – thanks to synchronous technology. Solid Edge has an intelligent multi CAD interface and deals not only with modeling in a simple and agile way, due to the synchronous technology applied, but also with the entire process of product development and 3D projects, simulation, manufacturing, reverse engineering, data management , among others, without leaving aside the flexibility and parametric control of the projects. Contact an Expert Synchronous technology Parameterization Rendering Solid Edge integrates synchronous and ordered technology, so that modeling becomes simple and fast, maintaining control and parameterization of projects and models, even when imported from other software. Parameterization allows for greater and more organized control of the model, in spreadsheet format, of the dimensions of a given draft or modeled part. It is possible to rename the variables, change them, add rules, limit intervals and formulas to their values, among other functionalities. It is also possible to integrate the Solid Edge variable table with Excel spreadsheets in a simple and fast way. Designed for easy rendering, KeyShot, with functions built into Solid Edge, lets you quickly apply materials and lighting, creating amazing photorealistic looks in a simple yet powerful interface that provides advanced features and the ability to track changes in real time. Solid Edge Simulation Finite Element Analysis (FEA) Automatic creation Boundary condition definitions Complete Post Processing Tools Full motion simulation Stress analysis and simulation Thermal simulation Solid Edge Simulation is an integrated finite element analysis (FEA) tool that allows you to validate part and assembly designs digitally in the Solid Edge environment. Based on proven Femap finite element modeling technology and the NX Nastran solver, Solid Edge Simulation helps evaluate the mechanical behavior of design parts. With Solid Edge Simulation, you can create finite element models for solid and sheet metal structures automatically, and make adjustments to refine the mesh and improve the accuracy of the results. For assemblies, Solid Edge Simulation provides automatic contact detection and configures realistic component interactions, including linear and glued interactive contact. Solid Edge Simulation provides all the boundary condition definitions needed to model realistic operating environments for analysis. Loads and constraints are based on geometry and are easy to configure. Validate thermal and cooling performance such as transient heat transfer with time history results. Interpret and understand model behavior quickly with Solid Edge Simulation's graphical post-processing tools. If the results show that a design refinement is required, Solid Edge Simulation lets you easily accomplish this by using Solid Edge's synchronous technology to make the necessary changes to the model. Evaluate and visualize how parts will interact in an assembly. Understand how a product performs throughout its operating cycle and see how it will work in the real world. Static analysis verifies that assemblies are overloaded, based on the amount of stress placed on them, and verifies their mechanical strength. Both steady-state heat transfer analysis and thermal stress analysis allow designers or engineers to analyze thermal conditions in mechanical or electromechanical assemblies. ⇐ Back to Tools

SIEMENS Simcenter Flomaster and Amesim. Reduce operating costs while ensuring the safety of complex thermofluid piping systems of any scale and complexity. Engineering of thermofluid systems; NIST library of properties; Systems from CAD; From design to real-time system. Thermofluid Dynamic Systems Thermofluid dynamic systems are those involving the transfer of thermal energy and the transport of fluids through pipes and equipment. They are widely used in a variety of industrial applications, such as power generation, refrigeration, heating systems, vehicles, chemical industry, aerospace industry, oil and gas industry, among others. The main advantage of using a thermofluid dynamic analysis is the possibility of predicting the one-dimensional (1D) behavior of a piping system under different conditions, which can be very useful in optimizing performance. In addition, this approach allows for accurate computer simulations to be carried out, which can be very useful in decision-making and in the design of new facilities. This can lead to an improvement in energy efficiency, a reduction in operating costs and even increased facility safety. Contact an Expert Power generation HVAC Chemical industry Automotive industry Aerospace Industry Oil and Gas Industry They are fundamental for designing and optimizing large complex power generation systems. They make it possible to study and evaluate the performance of different applications, such as hydroelectric, thermoelectric, geothermal plants, solar plants of various types, steam production, boilers, thermodynamic cycles, thermal machines, pumping, heat exchangers, cooling towers, reservoirs and storage. thermal. This helps design and optimize these systems more quickly and efficiently, and facilitates innovation and sustainability. With the simulators, it is possible to evaluate the best options and optimize global performance, reducing costs and improving energy efficiency. Allow HVAC designers and engineers to evaluate the performance of HVAC systems prior to construction. They are valuable tools for sizing, equipment selection and balancing of complex piping networks, optimizing energy consumption and operational stability. In addition, simulators also help to design innovative HVAC systems, meeting established sustainability goals, evaluating alternatives and simulating critical scenarios, making the project more intelligent and efficient, both in terms of implementation and operation costs. They are used in all stages of the transformation process of a chemical industry. They are useful for the design, optimization and control of chemical processes, and can be used to improve mixing of reagents and find optimal operating conditions to improve reaction kinetics and increase conversion of reactants to products. Furthermore, these tools can also be used to simulate critical scenarios and test different conditions before implementing changes in production, which ensures process safety and efficiency. They can also be used to optimize resource utilization and minimize operating costs. The use of simulators also allows the innovation of new processes and projects, helping the chemical industry to remain competitive. Necessary for designing and optimizing combustion, lubrication, cooling and other systems. They allow you to evaluate different design options, identifying potential problems before mass production, allowing you to implement solutions and choose those that offer the best performance in the most efficient way. Furthermore, these simulations can also be used to optimize energy efficiency, minimize costs and improve vehicle safety. The use of simulators is an important tool for the automotive industry, as it allows the development of new projects and technologies, helping to maintain competitiveness in the market. The aerospace industry uses simulation tools to design, optimize and predict problems in aeronautical systems such as propulsion, climate control, refrigeration, cooling and armament. These tools make it possible to evaluate different design options and identify potential problems before mass production, ensuring the safety and efficiency of aerospace devices and allowing the innovation of new designs and technologies. They also make it possible to predict the need to replace devices before failures occur and optimize overall performance, in addition to minimizing operating costs. They assist engineers in the design, equipment sizing, optimization and control of important processes such as fluid transport, heat transfer, refining, chemical reactions and energy production. This allows for energy integration of plant streams and increases production yields, as well as reducing operating costs and increasing safety. The simulations also make it possible to identify and prevent failures in the process, extending the useful life of the equipment and preventing failures that cause the plant to stop unexpectedly. In addition, operators can use these tools to train industrial plant control, ensuring process safety and efficiency. Simcenter FloMASTER Simcenter FloEFD Simcenter Flomaster is an advanced simulation tool for the design and operation of 1D thermofluid dynamic systems such as piping systems. It allows you to create detailed virtual models of systems of any scale and complexity, including piping, pumps, valves, heat exchangers and other components. With this tool, it is possible to simulate the operation of the system under different conditions, evaluate the performance in terms of flow, pressure, temperature and other variables, and simulate dynamic/transient events, such as failures or emergencies, to assess the system's safety and take Preventive measures. Simcenter Flomaster can also be integrated with other tools and platforms such as PLM, CAD, Simulation and Industrial IoT, which facilitates decision-making and implementation of system improvements. It also allows you to create a detailed digital model of the system and reuse it during operation for virtual monitoring and online sensors, which increases efficiency and ensures system security. In summary, it is a fundamental tool to create and use digital twins of processes, guaranteeing efficiency and operational security. Simcenter FLOEFD is an advanced 3D CFD (computational fluid dynamics) tool that allows designers to explore the potential of their ideas directly in their CAD software. It is capable of simulating the impact of changes to geometry or boundary conditions quickly and easily, enabling frequent "what if" analysis. In addition, Simcenter FLOEFD generates detailed reports within the CAD platform chosen by the user. When integrated with Simcenter Flomaster, this software allows the generation of reduced order models that can be included as additional components to the flowchart, improving the accuracy of the simulations of the processes under study and allowing a more detailed and accurate analysis of the system's performance. The combination of Simcenter FLOEFD and Simcenter Flomaster allows obtaining a complete and accurate view of the operation of a process and making more assertive decisions about the design and operation of the analyzed system. ⇐ Back to Disciplines

Simcenter SPEED Design and analyze engines and generators analytically. Industry's most used rotating machine design software. Permanent magnet and synchronous, induction, reluctance, DC with brushes, commutated with field winding and axial flux machines, among others. Simcenter SPEED Design and analyze motors and generators analytically in Simcenter SPEED, which provides access to theoretical and physical models of most major classes of electrical machines (for example, electrically excited synchronous and permanent magnet machines, induction, reluctance, DC with brushes, switched with field and axial flux winding), along with their drives. In addition, Simcenter SPEED writes a predefined set of specific parameters and maps that can be imported into Simcenter Amesim, supporting system-level simulation of the electronic machine integrated into its environment. Contact an Expert Electric machine rapid design software Simcenter SPEED features Industry's most used rotary machine design software Link with Multiphysics software Automated Design Space Exploration and Optimization Simcenter SPEED software supports engineers in virtually validating design choices through detailed analytical simulation, fast and intelligent use of 2D finite element magnetostatic analysis. It includes all the theoretical and physical models needed for rapid electrical machine design with a flexible approach and an interface with links to even more accurate and detailed analyzes and simulations such as 2D and 3D Multiphysics Finite Element/Finite Volume (FE/FV) magnetostatic or magnetotransient, thermal, mechanical or vibroacoustic. Electric machine model: set up an electric machine model quickly; Multiphysics software link : model export to finite element software ; Design Exploration: Evaluate the influence of parameters or optimize machine performance for one or more objectives; System-Level Simulation: Export model data for a system-level simulation in Simcenter Amesim. Simcenter SPEED supports the most common machine types including motor, generator and also inverters. The user can benefit from predefined templates for the following machines: Synchronous machines (PC-BDC) Induction machines (PC-IMD) Switched reluctance machines (PC-SRD) Brushed PM-DC machines (PC-DCM) Wound Field Switched Machines (PC-WFC) Axial flow machines (PC-AXM) To improve simulation accuracy, Simcenter SPEED provides links to several general purpose electromagnetic finite element solvers such as Simcenter STAR-CCM+, Simcenter MAGNET or to Simcenter SPEED's dedicated tool, SPEED FEA Solver. They make it possible to model and study the electrical machine more accurately and under specific conditions, with saturation and the occurrence of faults. In general, users can connect Simcenter SPEED with other tools needed for complete electrical machine solution using various scripts or programming languages. More specifically, automation makes use of scripting capabilities , driving Simcenter SPEED alone, or in conjunction with other programs such as STAR-CCM+. This automated workflow follows the scripting approach and uses STAR-CCM+ and its multiphysics solvers for electromagnetic, thermal (full 3D conjugated heat transfer) and mechanical stress analysis, along with Java scripts to provide and provide additional information. Vibroacoustics can also be studied by combining FE models of the stator and frame subsystem with a BE model of the surrounding free space to assess the sound quality of the electrical machine. The objective is to eliminate noise through simulation in Simcenter 3D Acoustics. What is the expected end result of this Model-Based Systems Engineering approach? Answer: a support for making the best design choice , and by “best” I mean the optimized viable choice, again through an efficient and continuous workflow. As mentioned, Simcenter SPEED delivers results almost instantly thanks to its analytical approach, which makes it very suitable for Design Space Exploration programs, supporting clients with “What if” studies and optimization runs. HEEDS is a powerful software package in the Simcenter portfolio that automates this process of exploring the design space, and Simcenter SPEED provides an integrated graphical user interface for accessing HEEDS. ⇐ Back to Tools

Webnar Projeto de Tanques Agitados Inscreva-se e tenha a chance de ganhar uma prova de conceito CAE gratuitamente! Quer aprender mais sobre Projeto de Tanques Agitados e ainda ter a chance de ganhar uma prova de conceito feita para os seu caso especifico?! No dia 27 de Agosto, terça-feira, às 19:30 apresentaremos nosso webinar sobre Projeto de Tanques Agitados , apresentando cases de simulações CAE e um workflow exclusivo do Simcenter STAR-CCM+ especialmente desenvolvido para este tipo de equipamento, e ainda daremos aos participantes interessados a chance de ganhar uma prova de conceito CAE personalizada! Para ter a chance de ter esta prova de conceito de forma gratuita siga a CAEXPERTS no LinkedIn, se cadastre aqui ao lado e, é claro, esteja conosco em nosso Webinar! Dia 27 de Agosto, ás 19:30 Inscreva-se! Nome Telefone Empresa Email Finalidade da prova de conceito Me inscrever Obrigado por enviar!

Simcenter Flomaster provides a suite of simulation tools for designing, commissioning and operating thermofluid piping systems. The system's digital twin from the engineering stage can be utilized during operation for online detection and monitoring. security efficiency; propulsion; steam; Flomaster Reduce operating costs while ensuring the safety of complex thermofluid piping systems of any scale and complexity. Simcenter Flomaster is the leading simulation tool for fluid engineering and offers reliable, accurate solvers and best-in-class built-in correlations. This means you can effectively size gas, liquid, and two-phase systems and components for maximum efficiency. With the same virtual model, you can simulate and analyze dynamic events such as different operating conditions, failure scenarios and emergencies to ensure safety. Simcenter Flomaster offers a comprehensive simulation toolset for designing, commissioning and operating thermofluid piping systems. This means that the digital twin of the system developed in the engineering phase can be reused during operation for virtual detection and online monitoring to improve efficiency and ensure safety. Simcenter Flomaster can connect to other relevant tools and platforms, including PLM, CAD, Simulation and Industrial IoT, enabling you to embrace digital transformation and innovate quickly. Contact an Expert Thermofluid systems engineering Simulation of the propulsion system System integration Thermofluid system simulation Simcenter Flomaster offers simulation solutions for thermofluid systems, helping you reduce cost and accelerate time to market. Analyze complex physical phenomena, which are critical to ensuring the safe and efficient operation of your systems, maximize return on investment by leveraging the digital twin of your thermofluid systems by controlling maintenance, repairs and operation throughout their lifecycle. Our program has a large library of components used in fluid transport, as well as a large database with information on the physical properties of Newtonian and non-Newtonian fluids. Thanks to your solverfast, reliable and rigorously tested, you can simulate the dynamic behavior of thermofluid systems of any size and complexity. Reuse the same templates you used during initial design for sizing systems and components in detailed designs for transient analysis. Address the growing complexity of propulsion systems for the automotive, aerospace, and marine industries. Gain the ability to model a wide range of propulsion technologies. Embrace model-driven design for a streamlined user experience. From components to the entire system, Simcenter Flomaster helps you focus on your engineering model and solve it as quickly as possible with the data available within the tool. Optimize the efficiency of your thermofluid systems, ensuring they always operate safely. Fluid systems play key roles in all industries. ⇐ Back to Tools

CAEXPERTS creates a work context in the engineering area whose objective is to integrate a multiverse of information, starting from 1D analysis and progressing through different subsidies in the design part, requirements gathering and approach methodologies in the areas of simulation and predictive engineering. Specialization Program in CAE Stand out among engineers with our CAE Specialization Program, designed for professionals seeking excellence through computer simulation, this program offers: Customization: from topic selection to project completion. Technology: access to the best CAE software on the market. Real Projects: hands-on experience with industry challenges. Knowledge: development of articles and procedures. Ideal for engineers and companies focused on overcoming technical complexities and innovating in their fields. Learn more and sign up Digitization of Engineering CAEXPERTS creates a work context in the engineering area whose objective is to integrate a multiverse of information, starting from the first 1D analyzes and progressing through different stages in the design part, requirements gathering and approach methodologies in the areas of simulation and predictive engineering. This integral focus ensures that factors that can influence the product life cycle are not overlooked at all stages of development, including validation, manufacturing and integral management processes for other areas of the company. In addition, it guarantees the control of external elements that interact with the project that was developed in engineering. Engineering Cycle In the engineering development cycle, improvements can be made in relation to durability and optimization of manufacturing processes, reaching the end of the elaboration process with an efficient design that matches the needs of the product's use. CAEXPERTS , in partnership with Siemens Digital Industries , has technologies that allow the development of highly sophisticated products that can have a multidisciplinary integration of the mechanical, electrical and manufacturing areas – the technologies of Siemens Digital Industries . Product Life Cycle Management of all processes, data, files, items, costs, BOM, development cycles, related to manufacturing-ready product development. It also extends the benefits of PDM to support the entire business throughout the product lifecycle, with applications for engineering, manufacturing, quoting, purchasing, suppliers, customers, sales and service. Areas of expertise Âncora 1 Âncora 2 ACOUSTICS ELECTROMAGNETIC COMPATIBILITY DESIGN OF ELECTRONICS CIRCUI S COMPUTATIONAL FLUID DYNAMICS THERMOFLUID DYNAMIC SYSTEMS WIRING AND WIRING HARNESS ELETRIC MACHINES STRUCTURAL ANALYSIS PROJECT OPTIMIZATION MATERIALS ENGINEERING ADDITIVE MANUFACTURING AUTOMATION

Simcenter 3D is a complete multidisciplinary multiphysics CAE solution. multi-CAD; multi CAE; Unified pre and post-processing; Structural analysis; composites; Durability and fatigue; Electromagnetic simulations; of movement; acoustics; thermal; Automation and scalability; Parameterization. SIEMENS Simcenter 3D Simcenter 3D is a complete, fully integrated product performance CAE solution for complex, multidisciplinary engineering. The software offers revolutionary improvements in simulation efficiency. With advanced 3D modeling capabilities and simulation solvers that cover a wide range of physics, Simcenter 3D helps you gain better insight into your product's overall performance. This is achieved through a fully integrated and managed yet open environment where you perform all pre and post CAE processing on CAD data from any source for Simcenter and third party solvers . Connected to the digital space, engineers and analysts can collaborate on a platform that accommodates all aspects of functional performance. Contact an Expert Clique na área de seu interesse Pre/ post processing Mesh Structural analysis Simulation of Aerostructures Composites Durability simulation and fatigue analysis Electromagnetic simulations Motion simulation Multiphysics Simulation Acoustic Simulation thermal simulation Parameterization Simulation automation and scalability Reduce time spent preparing analysis models and spend more time evaluating results. Quickly move multi-CAD geometry data from a complete, ready-to-run analysis model using unique tools for CAE geometry editing, meshing, FE assembly management, multi-CAE solvers and post-processing environments, and performance reporting. fast simulation results. Efficiently mesh your models using comprehensive modeling functions for automatic and manual meshing of 1D, 2D, and 3D elements, as well as numerous techniques for applying loads and boundary conditions. User-defined geometry edits, meshes, and boundary conditions are all tied to the 3D model, which means that when the base design geometry changes, you can quickly update your model. This approach greatly reduces setup time , which results in huge time savings when modifying the project. Understanding how a component or product assembly reacts under stress or vibration is critical in any industry. However, as products and materials become increasingly complex, engineers need tools that go beyond linear-static analyses. Simcenter provides the structural analysis software you need to simulate a wide variety of applications in a single environment, including analysis of systems subjected to dynamic loading. Simcenter Nastran is the leading finite element method (FEM) solver for computational performance, accuracy, reliability, and scalability. NX Nastran includes powerful solutions for linear and non-linear structural analysis, dynamic response, acoustics, rotor dynamics, aeroelasticity, thermal analysis and optimization. The advantage of having all these solutions available in one solver is that the input and output file formats are the same for all solution types, simplifying the modeling processes. Available as a standalone enterprise solver or as an integrated solver within Simcenter 3D, Simcenter Nastran helps manufacturers as well as engineering vendors in the aerospace, automotive, electronics, heavy machinery, medical device and other sectors with their critical computing needs. engineering so they can produce safe, reliable and optimized designs with ever-smaller design cycles. Simcenter can enable y Simcenter can enable you to meet shorter deadlines and reduce structural analysis costs with the ability to perform end-to-end aerostructure assessments in a fully integrated environment. In the quest to make products lighter and stronger, manufacturers are increasing the use of composite materials. In this regard, Simcenter is at the forefront of composite analysis through the continuous development of material models and element types. In addition, the program also speeds up the entire laminated composite simulation process through a seamless connection to composite design, accurate solvers , and comprehensive post-processing. Simcenter provides access to state-of-the-art durability method software that allows you to quickly and accurately perform fatigue analysis and fatigue life prediction analysis, accounting for realistic loading conditions. Simcenter includes distinctive low frequency – Simcenter 3D Low Frequency (LF) – and high frequency – Simcenter 3D High Frequency (HF) electromagnetic simulation capabilities for the unique demands of each domain. Expand your insight into electromechanical component performance, power conversion, antenna design and placement, electromagnetic compatibility (EMC) and electromagnetic interference (EMI). Motion simulation helps predict reaction forces, torques, velocities, acceleration and more for mechanical and mechatronic systems. Improve engine performance using an accurate and robust 3D multibody dynamic simulation approach. Complex industrial problems require solutions that span a multitude of physical phenomena, which often can only be solved using simulation techniques that cross multiple engineering disciplines. The software offers indoor and outdoor acoustic simulation analysis in an integrated solution that helps you make decisions during the early design stages to optimize your product's acoustic performance. A unified, scalable modeling environment combined with powerful solvers and easy-to-interpret visualization capabilities allow you to quickly gain insight into your product's acoustic performance. Simcenter includes complete, first-class thermal simulation capabilities that masterfully elucidate your product's thermal characteristics and then tailor your thermal management solution for optimal performance. How can I reduce material in a component or change its properties, ensuring it continues to meet performance targets? Simcenter offers engineering optimization techniques that help answer these questions by systematically looking for the best design that satisfies certain criteria. Reduce component weight or find the right combination of parameters to improve product performance through topology, geometry and parameter optimization capabilities. As companies increase their reliance on simulation, they are looking for ways to speed up the analysis process and increase simulation throughput. One way to increase simulation throughput is to capture repetitive CAE processes, standardize them, and automate them. Simcenter allows you to capture the experience of senior analysts and make it available to junior engineers in your organization for use in the form of wizards or templates. ⇐ Back to Tools

Simcenter 3D and Madymo Pre-collision and collision avoidance scenarios. Design, analyze and optimize vehicle safety for occupants; Reduces the cost of building and testing prototypes; Multibody (MB), finite element (FE) and computational fluid dynamics (CFD) in a single solver; Mannequin models; Simcenter 3D Security Simcenter Madymo™ software has been used extensively for automotive safety simulation and provides almost everything an engineer needs to create advanced, integrated safety systems. It provides a dedicated software environment to develop occupant and pedestrian safety; offers fast and accurate simulations, allowing extensive design of experiments (DOE) and optimization studies; offers a comprehensive package including solver , dummy , and human model pre- and post-processing tools, and provides token -based licensing . Simcenter Madymo is an excellent computer-aided engineering (CAE) solution for the occupant safety market. Pre-collision and collision avoidance scenarios are multiplying and the duration of these simulated events is increasing. With its accurate and computationally efficient solver , dummy and human models, built-in sensors, control functionality and interfaces for co-simulation with other software , Simcenter Madymo is an excellent solution. Solution Benefits Flexibility in modeling Impact dummy and human body models Simcenter Madymo workspace Easy access with licensing Features Flexibility with interface Provides world-standard software to design, analyze and optimize vehicle safety for occupants and vulnerable road users Reduces prototype building and testing costs, which speeds time to market Minimizes the risk of making design changes late in the development phase Correlates precisely with crash test results Allows security engineers to apply experiment designs, methods, and run multiple scenarios simultaneously Offers a complete package including solver , dummy and human model, pre-processing and post-processing tools Simcenter Madymo allows the user to integrate multibody (MB), finite element (FE) and computational fluid dynamics (CFD) technology into a single solver, giving the engineer the flexibility to model safety systems with the right balance between accuracy and velocity. Simcenter Madymo input syntax allows for hierarchy indeck input. This allows engineers to take a modular approach to theirdeck input, in which submodels can be easily exchanged. Simcenter Madymo includes a database of validated crash dummies and human body models. Simcenter Madymo occupant models are widely used in the automotive industry for occupant safety engineering and human biomechanics (impact) research. The Simcenter Madymo suite of products includes Workspace, which consists of several pre-processing and post-processing modules. Users can easily configure Simcenter Madymo models and also view, present and report simulations and test results. Token -based licensing allows direct access to all Simcenter Madymo tools and templates using just one token set . This means you can directly access less frequently used tools and templates without having to obtain additional licenses and costs. Explicit Multibody Dynamics Solver Explicit finite element solver CFD solver for airbag gas dynamics Full seat belt and airbag modeling Built-in detection and control functionality Dedicated vehicle safety output options (SAE filters, injury criteria, ISO-MME format) Simcenter Madymo can be used to interface and run in co-simulation with other explicit FE solvers . This allows engineers to use Simcenter Madymo occupant models and restraint systems in any FE vehicle structure model. Simcenter Madymo can also run in co-simulation with the MATLAB® environment and the Simulink® environment, allowing the user to include the most advanced control algorithms in the security systems modeled by Simcenter Madymo. ⇐ Back to Simcenter

Simcenter 3D software for structural simulation offers a set of structural finite element (FE) solvers. Simcenter Nastran; innovative structures; synchronous technology; static or dynamic, linear or non-linear, composite or otherwise. multidisciplinary simulations; Simcenter 3D Structural Simulation Simcenter™ 3D software for structural simulation offers a set of structural finite element (FE) solvers that form part of the Simcenter portfolio of simulation tools. They are used by engineers across all industries as part of their product development process to assess the structural performance of their systems. Integrating the Simcenter Nastran solver , Simcenter 3D structural solutions offer scalable, open, and extensible capabilities for general and advanced analysts. They can be used on laptops, workstations and servers to tackle everything from small models to the largest high-end industrial models. Simcenter Nastran is available with enterprise licensing, which means it can be used independently of Simcenter pre/post solutions and can run on both Windows and Linux operating systems. Benefits of the solution Reduce risk using simulation to save time and cost Accelerate innovation with rapid iterations Investigate product performance under virtually operational conditions Co-simulação com Simcenter Nastran Uma plataforma para simulação multidisciplinar Reduce risks and costs while developing innovative frameworks Investigate product performance under virtually all possible operating conditions, including thermally influenced operating conditions Get more accurate solution results than linear analysis when default linear assumptions are invalid Increase confidence in final designs by virtually investigating your product's performance under all possible operating conditions Simcenter 3D software addresses the engineering of complex products, offering significant improvements in simulation efficiency. With advanced capability 3D simulation technologies and powerful model preparation technology, Simcenter 3D offers new methods that increase realism and provide better insight. Synchronous technology in Simcenter 3D helps reduce the time spent abstracting the model and editing geometry. Meshes, loads, and boundary conditions are all associated with the basic design, so when your design topology changes, you can quickly update your simulation results. Solvers and analysis tools provide all the accuracy and speed you need for timely, simulation-driven insights. Simcenter 3D includes solvers that let you dive deep into physics. Every application specialist will find cutting-edge technology that fits the problem – static or dynamic, linear or non-linear, composite or otherwise, including temperature-dependent materials and thermal loads acting on a structure. In addition to structural solutions, Simcenter Nastran also allows the co-simulation of structural, thermal and flow physics. A dedicated multiphysics environment allows you to define the complete solution in a single model, making co-simulation easily accessible to a wide range of users. The Simcenter 3D structural simulation solution is part of a larger multidisciplinary simulation environment and is integrated with Simcenter 3D Engineering Desktop at the core for centralized pre/post processing for all Simcenter 3D solutions. This integrated environment helps you achieve faster CAE processes and streamline multidisciplinary simulations that integrate structural simulation with other disciplines such as thermal simulation, fluid dynamics, multibody dynamics, or electromagnetic simulation. Industry applications Simcenter Nastran helps engineering manufacturers and vendors across many industries with their critical engineering computing needs so they can produce safe, reliable and optimized designs in ever-shorter design cycles. Fuselage - Aerospace and defense - Air engines Automotive - Land Vehicles Marine Electronics Consumer goods Airplane frame – Rigidity, frame durability, modal frequency Wings – Rigidity, skin buckling, modal frequency Airplane hatch - Seals, structural strength Airplane pylons, ailerons , stabilizers – Rigidity, strength Satellite – Heat stress and distortion, composites, modal frequency Launch Vehicles – Thermal Stress, Maneuvering Loads, Payload Racket Loads Launch structures – Wind loads, launch loads Aerodynamic Engine Fans – Rotating Loads, Distortion, Compounds Air Engine Compressor - Rotating Loads, Stress and Thermal Distortion, Life, Bolt Stresses, Cyclic Symmetry, Shaft Symmetry Aircraft Engine Turbines - Rotating loads, thermal stress and distortion, life, creep, cyclic symmetry, shaft symmetry, failure modeling Aircraft Engine Frame – Rolling loads, switching loads Sectors Body – Roof crush, panel strength, rigidity, frame durability Power Train/Driveline – Torque Loads, Thermal Stress and Distortion Chassis - Hardness loads, suspension deflections Off-road vehicles – Strength, durability, Rollover Protective Structures (ROPs), stability Fabrication tools – Thermal stress and distortion, modal frequency, bolted stresses Support structures - Stability, stress Full Ships – Rigidity, deformation, strength Hooves - Breaking of the skin Bulkheads - Structural strength Portable equipment – Drop simulation, plastic component stress Printed Circuit Boards (PCB) – Thermal stress and distortion, solder joint strength Electronic boxes - Bracket resistance, modal frequency Packaging – Resistance, stability, hyperelasticity, fluency Modules Simcenter 3D Structures software is a unified, scalable, open, and extensible 3D computer-aided engineering (CAE) environment for simulation analysts. Simcenter 3D Structures is a package that combines Simcenter 3D Engineering Desktop, Simcenter Nastran environment and Simcenter Nastran Basic solver . Together, Simcenter 3D Structures provides best-in-class simulation modeling with the power to perform basic structural analysis with an industry-standard solver . The Simcenter 3D Engineering Desktop contained within Simcenter 3D Structures accelerates the simulation process, helping you efficiently build the simulation model you need from 3D geometry faster than traditional CAE preprocessors. THEThe Simcenter Nastran solver built into Simcenter 3D Structures allows you to seamlessly submit analysis models for static linear analysis, normal modes, buckling, and basic heat transfer. Simcenter 3D Structures also forms the foundation on which you can add additional solutions for dynamic structural, multi-step nonlinear, thermal, flow, acoustic, motion, optimization, and multiphysics analyses, all in a single environment. Simcenter Nastran enables you to initiate digital simulation into your product development process, providing access to a large library of finite element types and material models, robustly handling load cases, and providing multiple sequences of efficient solutions for analysis. in models of unlimited size. You can also perform sensitivity studies based on these types of analysis. Simcenter Nastran base license comes with a complete base set of structural features as an entry point to Simcenter Nastran. It also comes with a basic heat transfer solver and the resulting temperatures can be used as loads in a structural solution. Simcenter Nastran Multistep Nonlinear is an advanced solution that provides comprehensive capabilities for geometric nonlinear, contact, plasticity, creep, hyperelasticity, and other material behaviors. The multi-step solution allows users to configure sequential subcases for preload, nonlinear static, nonlinear transient, modal, buckling, postbuckling, and harmonic modes. This is an add-on product to a base license that offers two non-linear solution options: Simcenter Nastran SOL 401 and SOL 402 solution. Both are suitable for a wide variety of non-linear problems, but each also has unique capabilities. S imcenter Nastran DMP is a complementary module to Simcenter Nastran Basic. It allows parallel processing using distributed memory. It is an efficient approach to solving large models and can be used on multiprocessor workstations using Windows. DMP solutions are available for static solutions (SOL 101), eigenvalue modal solutions (SOL 103), dynamic response modal solutions (SOL 111 and 112), direct frequency solutions (SOL 108) and non-linear solutions (SOL 401 and SOL 402). DMP can also be used in combination with SMP, which comes as part of Simcenter Nastran Basic. Module benefits: Accelerate simulation processes by up to 70 percent Perform accurate and reliable structural analysis with built-in Simcenter Nastran Basic solver Increase product quality by quickly simulating design compensation studies Reduce overall product development costs by reducing costly and late design change orders Efficiently manage large and complex analysis models Capture and automate commonly used best practices and processes Easily add multidisciplinary simulation capabilities as your analysis needs grow Main features: Complete software package with Simcenter 3D Engineering Desktop for pre/post along with Simcenter Nastran Basic for structural analysis NX is a leading geometry kernel that is used as part of Simcenter 3D to provide fast geometry editing and abstraction Comprehensive mesh tools combined with efficient FE assembly management Immerses engineers in the Simcenter Nastran environment using familiar terminology and broad support of product-specific elements and entities Simulate structural analysis for linear statics, normal modes, buckling and heat transfer using the reliable Simcenter Nastran solver Module benefits: Reduce risk by using simulation to save time and cost compared to physical test cycles Accelerate innovation with rapid iteration and multiple what-if studies Investigate product performance under virtually all possible operating conditions, including thermally influenced operating conditions Main features: Linear statics, normal modes, buckling Project sensitivity Basic non-linear composites Shared memory parallel processing (SMP) I n addition to the basic feature set, users can add more advanced structural features, including: Non-linear multistep (static, transient) Distributed memory parallel processing (DMP) Linear dynamics (transient, frequency, random) Rotor dynamics Design and topology optimization Aeroelastic Vibroacoustic Module benefits: Use the same models already built and analyzed linearly with Simcenter Nastran Basic Increase confidence in final designs by virtually investigating your product's performance under all possible operating conditions Get more accurate solution results than linear analysis when default linear assumptions are not valid Main features: Static/dynamic analysis of models, including material and geometric nonlinear behaviors Multi-step solver allowing the following types of analysis in different steps: static, dynamic, preload, modal, buckling, cyclic symmetry, Fourier harmonic modes Non-linear material: hyperelasticity models (Mooney-Rivlin, Ogden, hyperfoam, Mullins effect, damping with Prony series), elastoplastic (Von Mises yield criterion, isotropic stiffening, kinematic stiffening, mixed stiffening), thermal elastoplastic, creep, creep combined and elastoplastic Nonlinear geometric: large strains, large strain, snap-through (post-buckling) analysis, follower forces Contact: shell and solid element face contact, edge contact for axisymmetric modeling, one- and two-sided contact, self-contact, various friction models, bound contact, contact surface offsets, clearance elements, contact on/off by subbox, contact pressures and force results, contact separation and slip results Module benefits: More cores provide faster solutions Allows solving large models that are not possible to solve in a single central processing unit (CPU) ___________________________________________________________________________ Simcenter Nastran ___________________________________________________________________________ Simcenter Nastran Multistep Nonlinear ___________________________________________________________________________ Simcenter Nastran DMP ___________________________________________________________________________ Simcenter 3D Structures ⇐ Back to Simcenter