Best Simulation & CAE Software - Page 13

Altair Inspire PolyFoam

Altair Inspire PolyFoam is a cutting-edge simulation tool designed to optimize the design and manufacturing processes of both rigid and flexible polyurethane foam components. By integrating simulation early in the product development cycle, it empowers designers and engineers to explore various design options, predict potential manufacturing defects, and enhance product quality, all while reducing costs associated with physical prototyping and tooling rework. Key Features and Functionality: - Part Design Creation: Import and refine 3D part designs to ensure manufacturability, and develop initial molds with necessary components. - Mold and Part Configurations: Quickly test and optimize various configurations, including gate and nozzle placements, foam injection directions, and mold venting, to achieve optimal results. - Advanced Physics Simulation: Simulate critical processes such as injection, filling, foaming, curing, and cooling, with simulations typically completing in a few hours on standard laptops. - Defect Prediction: Identify common manufacturing defects like air traps, porosity, weld lines, and turn-up early in the design phase to mitigate issues before production. - Multi-Foam Support: Simulate the injection of multiple foam types within a single mold or process to design products with enhanced comfort and functionality. - Material Properties Management: Utilize an existing material database and securely add proprietary materials in collaboration with Altair. Primary Value and Problem Solving: Inspire PolyFoam addresses the challenges associated with polyurethane foam manufacturing by enabling virtual testing and validation of designs before physical molds are created. This proactive approach allows for the early detection and correction of potential manufacturing defects, leading to improved product quality and reduced development costs. By streamlining the design-for-manufacturing process, it ensures that production-ready tools are delivered on time and within budget, ultimately enhancing the efficiency and effectiveness of product development cycles.

Altair Multiscale Designer

Altair Multiscale Designer is a comprehensive framework designed to develop highly predictive and computationally efficient material models for a wide range of materials, from homogeneous isotropic to heterogeneous anisotropic behaviors. Fully integrated with Altair's simulation products, it enables accurate and efficient prediction of material properties, significantly reducing the time and cost associated with material model development by minimizing experimental data requirements. This tool is particularly beneficial for composite materials, facilitating improved design optimization through multiscale structural simulations. Key Features and Functionality: - Single and Multiscale Material Models: Develop predictive, computationally efficient models for materials ranging from brittle and ductile homogeneous isotropic to heterogeneous anisotropic behaviors. - Parametric Unit Cell Library and External Unit Cells: Easily create unit cells for continuous, discontinuous, woven, and particle product forms using a built-in parametric library, or import custom unit cells from various pre-processors. - Virtual Test Lab: Apply material models to ASTM/ISO test specimens from a parametric library to perform full simulations of defined tests, obtaining results including A and B-basis allowables. - Forward and Inverse Material Model Development Workflows: Utilize known constituent material properties to calculate homogenized properties or derive constituent properties from known homogenized materials . - Comprehensive Material Databases: Access databases comprising typical properties for metals, polymers, and fibers, as well as validated multiscale material models. - Multiscale Structural Simulation: Integrate material models with structural simulation solvers, supporting both implicit and explicit analyses with hardware parallelization on different platforms. - Injection Molding Material Models: Develop predictive and efficient material models for anisotropic reinforced injection and compression molded materials, accounting for full anisotropic behavior using fiber orientation tensors. - Material Model Development as a Service: Collaborate with Altair experts to develop custom material models tailored to specific engineering simulation needs. Primary Value and User Solutions: Altair Multiscale Designer enhances the composite design process by improving simulation accuracy and reducing reliance on physical testing, leading to better designs in less time. Its well-established methodologies enable reliable composite simulations without requiring specific multiscale expertise. By providing accurate and complete material data, it facilitates implicit and explicit finite element analyses with Altair's solvers and other industry-standard tools.

Altair Pulse

Altair Pulse is a low-code platform designed to construct and orchestrate engineering workflows by integrating multiple software tools from various sources. It enables teams to simulate complex systems and perform detailed modeling, analysis, and optimization through fast, reliable, and repeatable processes. By automating repetitive tasks using visual workflows and a library of functional blocks, Pulse ensures that teams have the right model for informed decision-making at every project stage. It seamlessly integrates with Altair's suite of modeling and visualization tools, allowing users to set up models and extract data efficiently without switching between applications. This streamlined approach eliminates errors and accelerates simulation-driven design, leading to the development of reliable, high-quality products. Key Features and Functionality: - Low-Code Workflow Construction: Build and manage engineering workflows with minimal coding, enhancing accessibility and efficiency. - Integration of Multiple Software Tools: Seamlessly orchestrate various software applications to simulate complex systems and processes. - Automated Repetitive Tasks: Utilize visual workflows and a library of functional blocks to automate tedious tasks, ensuring consistency and reducing manual effort. - Seamless Integration with Altair Tools: Combine with Altair's modeling and visualization tools for efficient model setup and data extraction without leaving the Pulse environment. - Error Reduction and Accelerated Design: Streamline parameter and result management across software packages to minimize errors and speed up simulation-driven design. Primary Value and User Solutions: Altair Pulse addresses the challenges of managing complex engineering workflows that involve multiple software tools and repetitive tasks. By providing a low-code environment with visual workflows and automation capabilities, Pulse enhances team efficiency, reduces procedural errors, and accelerates the product development lifecycle. It ensures that engineering teams have the appropriate models at each project stage, facilitating informed decision-making and the creation of high-quality, reliable products.

Altair S-TIMBER

Altair® S-TIMBER™ is a comprehensive solution for mass timber structural analysis and design, enabling engineers to model and analyze hybrid structures composed of timber, concrete, and steel elements within a single environment. The software automates model creation, offers section and material property calculators, and supports linear, nonlinear, vibration, and response spectrum analyses. S-TIMBER streamlines the design process by ensuring all timber structural members meet code compliance requirements, thereby enhancing efficiency and reducing time-to-market. Key Features and Functionality: - Integrated Modeling: Efficiently model hybrid structures combining timber, concrete, and steel elements. - Automation: Automate model creation and replicate structural components like stories, floors, and walls. - Advanced Analysis: Perform linear, nonlinear, vibration, and response spectrum analyses. - Code Compliance: Design timber members to meet regional code requirements. - Customization: Customize and automate operations using Python scripting. - Integration: Import and export model geometry from DXF files and interface with Altair® S-FOUNDATION™ for foundation analysis. Primary Value and Problem Solved: S-TIMBER addresses the growing demand for sustainable building solutions by providing a dedicated environment for mass timber and hybrid timber analysis. It simplifies the design process, ensures code compliance, and reduces project timelines, making it an invaluable tool for structural and civil engineers working on complex timber structures.

Amphyon

Amphyon provides a "first-time-right" additive manufacturing process by integrating new analysis and simulation tools into the process chain of metal additive manufacturing (LBM, SLM, DMLS, Metal 3D Printing). Driven by current requirements and challenges of industrial additive manufacturing, Amphyon significantly reduces pre-processing costs and takes metal AM to the next level of automation.

AMPL

AM PravaH

AM PravaH® is a graphical user interface (GUI)-based high-performance simulation software, specifically designed for additive manufacturing. It is developed by Paanduv R&D and is a combination of parallelized computational modeling with state-of-the-art numerical methods provided by international research leaders and in-house.

Anaqsim

Ansys

Ansys FENSAP-ICE

FENSAP-ICE provides leading three-dimensional, state-of-the-art, design and aid-to-certification simulation software to provide enhanced aerodynamic and in-flight icing protection solutions in a cost-effective manner

AutoCalcs

AutoCalcs is a browser-based platform for modelling and analysing 3D structures, with integrated hot-rolled steel member design checks to AISC 360-16/22, Eurocode 3, AS 4100:2020, and CSA S16-19. Users can model beams, frames, trusses, and plates, then run linear, P-Delta, elastic buckling, and modal analyses without installing desktop software. Results include forces, deflections, stresses, plate contours, and animated mode shapes. AutoCalcs also provides detailed PDF calculation reports, a custom section builder, cloud project storage, and practical engineering calculators. The analysis service is based on a customised fork of the open-source Pynite finite element library.

AutoMod

BETA CAE Systems

"BETA CAE deliver a seamless, end-to-end CAE solution for professionals. ANSA optimizes pre-processing by converting CAD data into solver-ready models with advanced geometry handling, automated workflows, and extensive solver compatibility. Meanwhile, META streamlines post-processing with powerful analysis tools, 3D/2D visualization, automated reporting, and correlation capabilities. Together, they simplify complex simulations, boost productivity, ensure accuracy, and provide deeper insights, making them the ultimate toolkit for engineers in automotive, aerospace, and beyond."

Bold Sales Motivator

BQP

Quantum simulation platform