Simulation
engineering simulation software for structural, fluid, heat transfer, and multiphysics problems. ACSL and acslX – an advanced continuous simulation …
AnyCasting v6.9.4: Virtual Prototyping for Casting Excellence AnyCasting v6.9.4 is a powerful casting process simulation software used by foundries and product designers to predict and eliminate defects before making the first physical mold. It enables the virtual analysis of molten metal flow, heat transfer, and solidification to optimize part design, gating systems, and process parameters for a wide range of casting methods. Core Function: Simulate Before You Pour Its primary role is to create a digital twin of the casting process, allowing engineers to visualize how liquid metal fills the mold cavity and solidifies, identifying potential issues like air entrapment, shrinkage porosity, cold shuts, and misruns. Key Functions: Filling & Solidification Simulation: Visually tracks the flow of molten metal through...
Noise System 4.5: Integrated Software for Professional Acoustic and Vibration Analysis Noise System 4.5 is a comprehensive measurement and analysis software platform designed for engineers and technicians working in noise, vibration, and harshness (NVH) testing, environmental noise monitoring, and product sound quality evaluation. It turns a PC with compatible data acquisition hardware into a powerful, multi-channel real-time analyzer. Core Function: Real-Time Signal Processing for Sound & Vibration Its primary role is to acquire time-domain signals from microphones, accelerometers, and tachometers, and perform real-time frequency-domain analysis (FFT), order analysis, and sound level calculations to diagnose noise and vibration sources. Key Functions: Real-Time FFT & Octave Analysis: Performs fast Fourier transforms and fractional-octave band analysis in real-time for instant spectral visualization. Sound...
HSC Chemistry 9.5.1.5: The Foundational Thermodynamic Workbench for Industry HSC Chemistry 9.5.1.5 is a widely respected and comprehensive software package for chemical reaction and equilibrium calculations, serving as a fundamental tool in extractive metallurgy, chemical engineering, and process development. Developed by Outotec, it combines an extensive thermochemical database with robust simulation modules, enabling engineers and researchers to model industrial processes from first principles. By performing heat and mass balances, predicting reaction products, and exploring “what-if” scenarios, HSC Chemistry provides the scientific basis for designing efficient, economical, and sustainable processes in fields like mineral processing, metal production, and environmental engineering. Core Philosophy: Predictive Process Insight Through Fundamental Thermodynamics The power of HSC Chemistry lies in its rigorous application of thermodynamics, primarily...
Romax 2025.1: The System-Level CAE Powerhouse for Advanced Powertrain Engineering Romax 2025.1 is an industry-leading, integrated Computer-Aided Engineering (CAE) software suite dedicated to the design, simulation, and optimization of complex mechanical transmission and driveline systems. It provides a unified digital environment where engineers can model entire powertrains—from detailed gear micro-geometry and bearings to complete gearbox assemblies, shafts, and housings—and predict their real-world performance under dynamic loads. This holistic, system-level approach is critical for developing the next generation of efficient, durable, and quiet transmissions for electric vehicles (EVs), hybrid powertrains, wind turbines, aerospace gearboxes, and industrial machinery. Core Philosophy: From Gear Tooth to Complete System Performance Romax transcends simple component design by solving the complex, coupled physics problem of an integrated...
SMT MASTA 14.1.4: The Integrated CAE Suite for Next-Generation Gear Systems SMT MASTA 14.1.4 is a premier, system-level Computer-Aided Engineering (CAE) software suite dedicated exclusively to the design, analysis, and optimization of geared power transmission systems. Moving beyond simple gear geometry calculation, MASTA provides a holistic environment where engineers can model entire gearboxes—including shafts, bearings, housings, and gears—and simulate their real-world performance under load. This integrated approach is essential for developing high-reliability, high-efficiency, and quiet transmissions for the automotive, aerospace, wind energy, and heavy machinery industries. Core Philosophy: System-Level Performance from Component-Level Detail MASTA’s fundamental advantage is its ability to start from detailed micro-geometry (tooth modifications, lead crowning) and accurately predict macro-system behavior (shaft deflections, bearing loads, housing stiffness effects)....
Pandat 2024: The Premier Platform for Computational Materials Thermodynamics Pandat 2024 is an industry-leading software package designed specifically for computational thermodynamics and phase diagram calculations using the CALPHAD (Calculation of PHase Diagrams) methodology. Developed by CompuTherm LLC, it provides materials scientists, metallurgists, and alloy designers with a powerful and intuitive environment to model complex multi-component systems, predict phase equilibria, simulate materials processes, and design new alloys entirely in the virtual space. By leveraging robust thermodynamic databases, Pandat 2024 enables the prediction of material behavior—such as phase fractions, transformation temperatures, and thermodynamic properties—as a function of composition, temperature, and pressure, which is foundational for advanced materials development and process optimization. Core Philosophy: Predicting Material Stability from Atomic Interactions The software’s power...
RP Fiber Power 8: The Integrated Simulation Suite for Advanced Fiber Optics RP Fiber Power 8 is a highly specialized, industry-respected software environment dedicated to the modeling and design of fiber-optic devices and systems. It provides optical engineers and researchers with a powerful, script-based platform to simulate the intricate physical interactions within fiber lasers, amplifiers, and passive components. By solving the underlying differential equations that govern light propagation, amplification, and nonlinear effects, RP Fiber Power 8 enables the virtual prototyping and optimization of high-performance fiber devices, reducing the need for costly and time-consuming experimental trials. Core Philosophy: From Physical Principles to Device Performance The software’s strength lies in its rigorous, physics-first approach. Users define their system—including fiber parameters (doping profiles,...
Actran 2025.1: The Comprehensive Environment for Advanced Acoustic Engineering Actran 2025.1 is a premium, high-fidelity software suite dedicated to solving the most complex challenges in acoustics and vibration. It provides a unified platform for engineers and researchers to accurately predict, analyze, and optimize the noise and vibration behavior of products and systems. From the hum of an electric motor to the roar of a jet engine or the interior quietness of a luxury vehicle, Actran’s robust finite element (FEM) and boundary element (BEM) solvers, combined with specialized physics, deliver the precision required for confident design decisions in industries where acoustic performance is a critical competitive factor. Core Philosophy: Solving the Full Acoustic Chain Actran’s strength lies in its ability to...
GateCycle 6.1.21: The Definitive Tool for Thermal Power System Engineering GateCycle 6.1.21 is the established, industry-leading software environment for the steady-state thermodynamic modeling, simulation, and design of thermal power generation systems. Developed by GE (now part of the broader engineering software ecosystem), it serves as the digital test bed for engineers designing, evaluating, and optimizing the performance of everything from simple gas turbines to the world’s most advanced combined cycle power plants, cogeneration facilities, and conventional steam cycles. By enabling precise “what-if” analyses on plant configurations, operating conditions, and component selections, GateCycle is instrumental in maximizing efficiency, predicting output, and ensuring the economic viability of multi-million-dollar energy projects. Core Philosophy: The Digital Heat Balance GateCycle operates by solving the detailed...
Fidelity Fine Design3D 2025: The Specialized CFD Platform for Turbomachinery Excellence Fidelity Fine Design3D 2025 is a premier, application-focused Computational Fluid Dynamics (CFD) software suite developed specifically for the design, analysis, and optimization of turbomachinery and other rotating equipment. Part of the comprehensive Cadence Fidelity™ CFD portfolio, it integrates seamlessly with the Fidelity Fine/Turbo meshing and solving ecosystem to provide a complete, workflow-driven environment for engineers developing compressors, turbines, pumps, fans, and turbochargers. This platform stands apart from general-purpose CFD tools by offering specialized templates, automated best practices, and highly accurate physical models validated for the unique challenges of rotating flows, enabling precise performance prediction and rapid design innovation. Core Philosophy: A Workflow-Centric Approach for Complex Physics The software is...
Simulia Wave 6: The Integrated Platform for Mastering Sound & Vibration Simulia Wave 6 is a sophisticated, dedicated software environment within the Dassault Systèmes 3DEXPERIENCE portfolio, focused exclusively on solving complex acoustic, vibration, and fluid-structure interaction problems. It provides engineers across automotive, aerospace, consumer goods, and industrial equipment industries with the advanced simulation tools needed to predict, analyze, and optimize the noise, vibration, and harshness (NVH) characteristics of their products long before physical prototypes exist. By integrating various physics—structural dynamics, acoustics, and aerodynamics—into a unified workflow, Wave 6 enables a holistic understanding of how sound is generated, transmitted, and perceived. Core Philosophy: A Unified Approach to Vibro-Acoustic Design Wave 6 moves beyond isolated analysis by seamlessly coupling different physical domains....
MountainsLab 11.1: Comprehensive Software for Multi-Dimensional Image Analysis Master the complexity of surface and material characterization with MountainsLab 11.1, the all-in-one software platform for processing and analyzing data from microscopes, 3D scanners, and profilometers. This versatile solution provides scientists and engineers with a powerful toolkit to extract meaningful quantitative data from 2D, 3D, and 4D images. Download MountainsLab 11.1 to perform advanced topography analysis, measure critical dimensions, and ensure product quality with unparalleled precision. Core Features of MountainsLab 11.1 MountainsLab 11.1 unifies a vast array of analysis techniques into a single, user-friendly environment, supporting over 150 file formats from major microscope and instrument manufacturers. Advanced 3D Surface Topography and Roughness Analysis Quantify surface texture with industry-standard parameters. Calculate Sa, Sq,...
DesignBuilder 2025: Optimize Building Performance with Integrated Simulation Design sustainable, energy-efficient, and comfortable buildings with DesignBuilder 2025, the complete software for building performance modeling and simulation. This powerful, intuitive platform combines 3D modeling with advanced simulation engines, allowing architects, engineers, and consultants to analyze energy consumption, daylighting, thermal comfort, and HVAC systems in a single, streamlined workflow. Download DesignBuilder 2025 to make data-driven design decisions and create high-performance buildings that meet the toughest environmental standards. Core Features of DesignBuilder 2025 DesignBuilder 2025 provides a unified graphical interface for the EnergyPlus simulation engine, making complex analysis accessible and efficient. Integrated EnergyPlus Simulation for Accurate Energy Modeling Perform whole-building energy analysis with the industry’s most robust simulation engine. Accurately predict heating and...
COSMOthermX 2022: Predict Chemical Properties and Accelerate Molecular Design Transform your chemical research and development with COSMOthermX 2022, the powerful software for predicting thermodynamics and fluid properties without experimental data. Based on the proven COSMO-RS theory, this tool enables chemists and engineers to screen thousands of solvents, predict solubility, partition coefficients, and much more, all in a virtual environment. Download COSMOtherm 2022 to make data-driven decisions, reduce lab work, and innovate faster in chemical product design. Core Features of COSMOthermX 2022 COSMOthermX 2022 provides a comprehensive and robust platform for the rapid prediction of a wide range of chemical properties crucial for research and industrial application. High-Throughput Solvent Screening and Selection Rapidly identify the optimal solvent for your process. Screen...
TwinMesh 2024: Specialized CFD Meshing for Rotary Positive Displacement Machines Master the complexity of transient CFD for rotating machinery with TwinMesh 2024, the dedicated software for generating high-quality hexahedral meshes for screw compressors, gerotors, gear pumps, and roots blowers. This powerful tool automates the most challenging aspect of simulating these devices, enabling engineers to perform accurate and efficient fluid dynamics analysis. Download TwinMesh 2024 to optimize performance, reduce noise, and enhance the efficiency of your positive displacement machines. Core Features of TwinMesh 2024 TwinMesh 2024 is designed specifically to handle the large deformations and complex moving geometries inherent in lobe-type machines, providing a robust and automated meshing workflow. Automated Hexahedral Meshing for Rotating Domains Generate high-quality, structured hexahedral meshes automatically...
Crosslight CSUPREM 2024: Advanced Semiconductor Process Simulation Suite Virtually fabricate and optimize semiconductor devices with Crosslight CSUPREM 2024, a powerful TCAD software dedicated to simulating complex semiconductor manufacturing processes. This industry-respected tool allows engineers and researchers to model crucial fabrication steps like ion implantation, diffusion, and oxidation in 1D and 2D, providing deep insight into dopant profiles and layer formation. Download Crosslight CSUPREM 2024 to accelerate process development, reduce R&D costs, and achieve first-pass success in silicon. Core Features of Crosslight CSUPREM 2024 CSUPREM 2024 provides a specialized environment for simulating the physical and chemical transformations that occur during semiconductor wafer processing. Comprehensive Process Step Simulation Model the entire front-end fabrication sequence. Accurately simulate key processes including ion implantation, dopant...
