Simulation

 Oasys Primer V21.1: The Ultimate Post-Processor for Structural Engineering Transform complex finite element analysis (FEA) data into clear, actionable engineering insight with Oasys Primer V21.1. This powerful software is the dedicated post-processing environment for the Oasys suite, specializing in the visualization, verification, and reporting of analysis results from GSA and other FEA solvers. Download Oasys Primer V21.1 to validate your designs, create compelling reports, and communicate your findings with absolute confidence. Core Features of Oasys Primer V21.1 Oasys Primer V21.1 is built to handle the sophisticated results generated by modern structural analysis, providing tools that go far beyond basic visualization. Advanced Results Visualization and Contouring Gain a deep understanding of structural behavior with high-quality visualizations. Interpret complex data through contour...

Simcenter Amesim 2504 is a leading-tier platform for modeling and simulating multi-domain mechatronic systems. This specific version provides engineers with the advanced tools needed to predict the performance of intelligent systems by analyzing the interactions between fluid, mechanical, thermal, and electric components. It is the go-to solution for optimizing performance and reducing physical prototyping costs. ## Key Features of Simcenter Amesim 2504 Multi-Domain Physical System Modeling: Create accurate models of complex systems by integrating pre-validated components from hydraulic, pneumatic, mechanical, electric, and thermal libraries into a single simulation environment. Predictive Performance Analysis: Accurately predict critical system performance metrics like fuel efficiency, energy consumption, thermal management, and dynamic response before any physical prototype is built. Advanced Fluid and Thermo-Hydraulic Libraries: Model...

GridPro 10: High-Fidelity CFD Meshing for Complex Geometries GridPro 10 is the latest version of a world-class, specialized software platform dedicated to generating high-quality computational grids for Computational Fluid Dynamics (CFD). Developed by Program Development Company (PDC), it is renowned for its ability to produce fully automated, structured multi-block hexahedral meshes of exceptional quality, even for the most complex geometries. What is GridPro 10? GridPro 10 is a meshing tool designed specifically for CFD analysts and engineers who require the highest level of accuracy and mesh control. Unlike general-purpose tools that often rely on tetrahedral or polyhedral cells for complex models, GridPro 10 specializes in creating purely hexahedral (hex) grids. Hexahedral meshes are widely preferred in high-fidelity CFD for their...

FRNC-5PC 9.6.2: Specialized Furnace Simulation & Design Software FRNC-5PC 9.6.2 is a premium, specialized software solution from Thermoflow, Inc., designed specifically for the modeling and simulation of industrial furnaces, heaters, and combustion systems. This version represents a refined and robust tool for engineers to perform detailed 3D thermal radiation, combustion, and fluid flow analysis, enabling the design, optimization, and troubleshooting of complex heating equipment across the process and power industries. This overview details the key features and capabilities of FRNC-5PC 9.6.2, highlighting its role in enhancing furnace performance and efficiency. 1. Advanced Physics & Core Solver Technology FRNC-5PC 9.6.2 is built on a foundation of robust physical models tailored for high-temperature environments. 3D Thermal Radiation Modeling: Accurately simulate radiative heat...

PowerFLOW 2026: Next-Generation High-Fidelity CFD Simulation Software PowerFLOW 2024 is the latest release of Dassault Systèmes’ industry-leading computational fluid dynamics (CFD) software. Utilizing a inherently transient Lattice Boltzmann-based solver, it empowers engineers to simulate real-world fluid flow, aerodynamics, aeroacoustics, and thermal management with unparalleled accuracy and without the complexities of traditional mesh generation. This overview explores the key features of PowerFLOW 2024, demonstrating how it drives innovation and reduces development risk for automotive, aerospace, and industrial equipment industries. 1. Unmatched Solver Technology & Physical Modeling PowerFLOW 2024 is built on a robust foundation that automatically captures complex flow physics. Lattice Boltzmann Method (LBM): Simulate inherently transient flows, from low-speed aerodynamics to highly turbulent and separated flows, with exceptional accuracy. Very...

QForm 11.2 | Metal Forming Process Simulation Software QForm 11.2: Process Simulation for Metal Forming QForm 11.2 is a major release of the powerful and user-friendly software for the simulation of metal forming processes. It provides forging plants, die makers, and engineers with a virtual environment to accurately model processes like hot and cold forging, extrusion, and rolling, enabling them to optimize tool design, predict defects, and improve production efficiency. Key Features & Capabilities 1. Accurate Process Simulation Robust Solver Technology: Accurately simulates complex metal flow, heat transfer, die stress, and microstructure evolution during forming. Intuitive Setup: User-friendly interface and automated features streamline the model setup process, even for complex multi-stage operations. 2. Defect Prediction & Analysis Filling & Defect...

Schlumberger Symmetry 2025: Unified Reservoir Engineering Platform Schlumberger Symmetry 2025 is the latest version of the industry-leading integrated and interactive reservoir simulation platform. Part of the Schlumberger (now SLB) ecosystem, it enables reservoir engineers, geoscientists, and asset teams to build, simulate, and optimize models of complex reservoirs, wells, and surface facilities within a single, collaborative environment. Key Features & Capabilities 1. Integrated Full-Field Modeling Seamless Workflow Integration: Unifies geological modeling, well modeling, and surface network simulation into a single, consistent platform for full-system analysis. Unified Model Environment: Allows for the direct integration of static geological models with dynamic simulation data, ensuring consistency from geomodel to forecast. 2. Advanced Simulation & Analysis Powerful Simulation Engine: Capable of handling highly complex and...

SOLIDCast 2025: Virtual Foundry Technology for Casting Excellence SOLIDCast 2025 is the latest version of the comprehensive simulation software designed specifically for foundries and casting engineers. It uses advanced computational modeling to predict the behavior of molten metal during the casting process, allowing users to virtually design, test, and optimize their casting methods before ever creating a physical mold. Key Features & Capabilities 1. Comprehensive Casting Process Simulation Solidification & Shrinkage Analysis: Accurately predict the location and severity of shrinkage porosity and microporosity defects. Full Mold Filling: Model the complete flow of molten metal through the gating system and mold cavity to identify potential issues like mistruns, cold shuts, and air entrapment. 2. Powerful Thermal & Computational Analysis Heat Transfer...

Solve Complex Electronics Cooling Challenges with Confidence and Speed 6sigmaDC v17 is the latest release of the industry-leading Computational Fluid Dynamics (CFD) solution dedicated to electronics thermal management. Developed by Future Facilities, this powerful software empowers engineers to predict and optimize the thermal performance of their designs—from single PCBs to entire data centers—before physical prototyping. With v17’s focus on modeling speed, automation, and multi-physics accuracy, you can eliminate overheating risks, enhance product reliability, and accelerate time-to-market. Key Innovations & Capabilities in Version 17 6sigmaDC v17 introduces groundbreaking features that streamline the entire thermal analysis workflow, making high-fidelity simulation more accessible and efficient than ever. 1. Unmatched Modeling Speed & Automation Dramatically reduce model preparation time from days to minutes. Intelligent...

INSUL 10.0.6 Acoustic Software | Building Compliance & Sound Insulation Modeling Unlock Precision in Acoustic Design with INSUL 10.0.6 Marshall Day Acoustics is proud to present INSUL 10.0.6, the latest version of our trusted acoustic prediction software. Designed for architects, acoustic consultants, and building engineers, INSUL provides powerful, reliable tools to model sound transmission and ensure your projects meet the highest standards of acoustic performance and regulatory compliance. Key Features & Capabilities of INSUL 10.0.6 INSUL 10.0.6 empowers professionals to predict and optimize the acoustic performance of building elements with confidence and efficiency. Predict Sound Insulation Accurately Calculate airborne and impact sound insulation (Rw, Ctr, Lnw, etc.) for a wide range of wall, floor, and ceiling constructions. Our sophisticated calculation...

Explore Visual TOSVIB v8.5.2, the specialized software for advanced in-situ soil testing. Process, interpret, and report Torsional Shear Vibrating Wire (TOSVIB) data to determine dynamic soil properties like Shear Modulus and Damping Ratio. Visual TOSVIB v8.5.2 Features | TOSVIB Data Processing & Soil Dynamics Software Visual TOSVIB v8.5.2: Advanced Software for TOSVIB Test Processing & Soil Dynamics Visual TOSVIB v8.5.2 is the industry-standard software solution for acquiring, processing, and interpreting Torsional Shear Vibrating Wire (TOSVIB) test data. This specialized program is essential for geotechnical engineers and engineering geologists who need to determine the dynamic properties of soil for seismic analysis and foundation design. Core Functionality: From Signal to Engineering Parameters Visual TOSVIB transforms raw vibrating wire signals into critical geotechnical...

FlowVision 3.14: Computational Fluid Dynamics (CFD) Simulation Software FlowVision 3.14 is a specific version of a powerful and versatile Computational Fluid Dynamics (CFD) software package developed by the Russian company “FlowVision.” It is designed for simulating a wide range of physical processes involving fluids, gases, heat transfer, and chemical reactions. Core Purpose & Value Proposition FlowVision enables engineers and researchers to model complex fluid flow and related phenomena virtually. Its value lies in: Reducing Physical Prototyping: Allowing for the analysis and optimization of designs without the need for costly and time-consuming physical tests. Gaining Deep Physical Insight: Providing a detailed view of flow fields (velocity, pressure, temperature) that is often impossible to obtain experimentally. Solving Multi-Physics Problems: Capable of handling...