Best Simulation & CAE Software - Page 24

RWIND 2

SA-FEA

SA-FEA runs 3D FEA online, in your browser. Import a CAD model, mesh it, apply loads and supports, solve, and read the results. Nothing to install, and your files never leave your machine.

SafeGrid Earthing

SafeGrid Earthing Software is apt for earthing systems designs. The software performs accurate, finite elements based calculations. SafeGrid Earthing software is proven, affordable and easy to use. The software calculates grid resistance, touch and step voltages and lightning protection for substations. The software is helping industries for the last ten years. The software includes all the modules you need for performing a safe earthing system design in the safe grip. It includes: Fault current distribution. Soil modelling. Build grid. Safety criteria. Safe results. Along with the software, you get support from our earthing expert engineers. SafeGrid Earthing software that saves you time and money for your projects.

Safi 3D

SALOME

Salome-Meca

Sammi Suite

SiliconSmart

The SiliconSmart® solution is part of the Synopsys Custom Design Platform and generates Liberty libraries for use in digital design and implementation flows.

Simcenter 3D Space Systems Thermal

Simcenter 3D Space Systems Thermal (SST) is a specialized solution for modeling and simulating the thermal behavior of spacecraft and satellite systems. Built on Simcenter 3D, SST combines advanced radiation and conduction modeling with CAD integration, enabling fast and accurate thermal predictions. Engineers can simulate orbit scenarios, evaluate thermal control strategies, and optimize system performance early in the design process. With SST, space system developers gain a comprehensive thermal analysis environment to reduce design risk, meet mission requirements, and accelerate innovation.

Simcenter Culgi

Simcenter Culgi helps product development & material scientists to design new materials with the desired properties along the complete life cycle: inception, process development, logistics & market analysis, on a digital platform. Engineer better materials with multiscale computational chemistry simulations Virtual screening of novel materials in an early stage of development is a key enabler of innovation in the chemical and process industries. Simcenter Culgi helps you design new materials with the desired properties along the complete lifecycle, from inception to process development, logistics and market analysis on a digital platform. Model complex mixtures from quantum mechanics to mesoscale Simulate the most complex systems faster and build better products with lower carbon impact. Simcenter Culgi covers all aspects of multiscale simulations in chemistry, crossing relevant length and time scale so that you can model all properties related to materials and processes – not only on a macroscopic level, but all the way down to the molecular level through chemical interactions. Predict chemical and physical properties for real-life applications Simcenter Culgi is used by companies to accelerate materials development in domains such as specialty chemicals, energy storage, pharmaceuticals, personal care and cosmetics. Examples of applications include discovering interactions between drug formulations to safely produce medicines, screening of green solvents for chemical manufacturing to improve sustainability, inventing durable polymer membranes for batteries and fuel cells, finding more effective chemical mixtures for oil recovery, improving impact strength of materials for automotive components and designing lightweight and temperature resistant composites and adhesives.

Simcenter E-Machine Design

Simcenter™ E-Machine Design software from Siemens Digital Industries Software is a template-driven user interface for electric machine design and sizing. It offers analytical electromagnetic (EMAG), calibrated analytical EMAG, and Finite element method (FEM) EMAG experiments. This versatility allows engineers to tune the accuracy and time of performance data collection to the appropriate stage of the design. Simcenter E-machine Design includes co-simulation of EMAG and thermal solvers so users can accurately model the performance of their machine. With this tool, professionals can predict and mitigate overheating issues, by running quick electro-thermal simulations in a single tool. Simcenter E-Machine Design supports multiple machine types via its design templates, including synchronous, induction, switched reluctance, commutator, and axial flux. All templates are fully parameterized and can be easily modified. If geometry does not exactly fit the templates, engineers can import their own. The initial sizing function also allows for automatic scaling. Additionally, being part of the Simcenter portfolio means that files created in Simcenter E-Machine Design can be integrated with the rest of the e-power system and used to optimize efficiency, noise, vibration, thermal management, and much more.

Simcenter Flightsream

Simcenter Flightstream is a state-of-the-art, compressible aerodynamics and hydrodynamics flow solver designed to transform the early stages of vehicle development. By leveraging advanced panel-method technology, it delivers high-fidelity results in seconds, providing engineers with a powerful tool for rapid performance evaluation of complex configurations. Bridging the Gap in the Digital Twin: While traditional CFD is essential for final validation, it is often too slow for the fast-paced conceptual and preliminary design phases. Simcenter Flightstream bridges this gap. It allows engineering teams to explore a vast design space and analyze thousands of operating conditions early in the cycle, ensuring that only the most promising concepts move forward to high-fidelity simulation and physical testing. Key Capabilities & Technology: Rapid Solver Technology: Built on a unique surface vorticity solver, FlightStream handles high-speed aerodynamic flows and hydrodynamics with unmatched speed, delivering actionable insights in seconds. No Volume Meshing Required: Unlike traditional CFD, FlightStream works directly with unstructured surface meshes. This eliminates the time-consuming volume meshing process, allowing for the analysis of highly complex geometries—including propellers, high-lift devices, and rotating wings—with minimal setup time. Comprehensive Flow Analysis: From subsonic to supersonic regimes, it captures essential flow physics, including boundary layer effects and flow separation, providing the accuracy needed for confident decision-making. Target Applications: Simcenter Flightstream is the go-to solution for a wide range of industries, including: Aerospace: Traditional aircraft, UAVs (drones), and the emerging Urban Air Mobility (UAM) sector. Automotive: External aerodynamics and cooling flow analysis. Marine: Hydrodynamic performance and hull design optimization. Why Choose Simcenter Flightstream? In a market where time-to-market is everything, Simcenter Flightstream provides a significant competitive advantage. It empowers engineers to innovate faster, reduces the cost of prototyping, and integrates seamlessly into the broader Simcenter portfolio, ensuring a continuous and efficient digital thread across the entire development lifecycle.

Simcenter Nastran

The industry standard for over 50 years, Simcenter™ Nastran software from Siemens Digital Industries Software is a premier finite element method (FEM) solver for computational performance, accuracy and reliability. It is a powerful solution for linear and nonlinear structural analysis, structural dynamics, acoustics, rotor dynamics, thermal analysis, aeroelasticity, and optimization. Engineers greatly simplify the modeling process by using the same file formats for all solution types. Available as an integrated solution within Simcenter 3D, or as a standalone solver, Simcenter Nastran gives the flexibility to deploy to the computing systems that will best serve users' application needs.

Simcenter Prescan

Simcenter Prescan™ software from Siemens Digital Industries Software provides a physics-based simulation platform to prototype, test, and validate users' new Advanced Driver Assistance System (ADAS). In contrast to real-world circumstances, conditions in Simcenter Prescan can always be fully quantified and controlled. Design iterations can be performed in a quick and cost-effective way by simply modifying the system’s parameters and running the simulation again. Therefore, by using Simcenter Prescan, engineers can significantly reduce the amount of work needed to bring an ADAS to the market. Simcenter Prescan delivers robust initial designs in the concept phase, rapid optimization in the development phase, supported by large-scale verification in cloud, and a fast launch in the confirmation phase. Simcenter Prescan is used in the development of Perception, Navigation, Planning & Control systems of a vehicle. This includes assistance systems such as autonomous emergency braking, highway autopilot & verification and validation of perception systems in SIL, MIL, HIL & VIL. This solution offers many benefits, including: - Provides a physics-based simulation platform for ADAS and automated driving - Delivers fully quantified and controlled testing conditions - Enables users to perform design iterations quickly and cost-effectively - Reduces the amount of work required to bring an ADAS and automated driving system to market - Achieves the huge Highly Automated Driving (HAD) requirements for verification coverage by scaling up to massively parallelized simulations on cluster and cloud.

Simcenter Testlab

Simcenter Testlab is Siemens’ testing and engineering analytics platform for capturing, analyzing and applying physical test data across NVH, acoustics, durability and performance engineering. By combining data acquisition, advanced analysis and simulation-driven workflows, it helps teams develop quieter, more reliable and higher-performing products faster. Key capabilities include, but not limited to; Noise, vibration and acoustics (NVH) testing and analysis Acoustic and sound quality engineering Structural dynamics testing Transfer Path Analysis (TPA) Durability testing Shock and vibration testing Test data management and workflow automation