Altair Solutions for Plastics and Composite Engineering

Simulation and AI-Driven Plastics Engineering to Drive Sustainability Goals

With growing concern over Climate Change, Organizations across the world are striving to contribute towards the Global Net Zero goals through various programs like Sustainability, Digitization, etc.

A circular economy is a megatrend, that demands new engineering solutions and new product categories. There is a new perspective on materials and material usage with regard to its global warming potential and this is driving the commitment to invest in digital solutions that connects the complete value chain.

To complement this shift, Altair offers solutions to generate Optimized design solution for Virgin and Recycled plastics. Altair's Digital Platform provides solutions for Material Development, Integrated Manufacturing and Structural simulation, and Artificial Intelligence that aids in the design and development of complex heterogeneous materials like Fiber Reinforced Plastics and Laminated Composites.

SIMULATION DRIVEN DESIGN FOR PLASTIC PARTS

Plastic Takes Shape

Optimize component design and employ injection moulding simulation to ensure manufacturability and provide a foundation for accurate performance prediction.

How to pick the correct material, design, and method to create solutions that reduce carbon emissions while increasing profits.A step-by-step approach to reforming your plastics engineering value chain in order to create solutions that improve performance, reduce carbon emissions, and gain a competitive advantage.

Metals to Plastics towards Sustainable Solutions

As the world wants safer, more efficient, and more inventive goods and processes, we intend to improve design and decision-making via the use of simulation, machine learning, and optimization throughout product lifecycles. We lower the environmental effect of goods and services throughout the world and across sectors by assisting our clients in achieving their objectives.

Altair® Inspire™ Mold

Altair offers a comprehensive set of solutions to develop innovative, manufacturable products faster: from the initial design of the part and understanding the injection molding process, to the material mapping of reinforced engineering polymers and efficiently analyzing and optimizing the structural and fatigue performance of complex parts.

Altair® Material Data Center™

Accurate multidomain material characteristics are required for the creation of sustainable, efficient, low-weight solutions. Material Data Center provides designers, engineers, and scientists with the ability to explore, search, and compare materials in a standalone programme or through the interface of their simulation and optimization tools.

Altair® Multiscale Designer®

Multiscale Designer is a complete framework for producing highly predictive and computationally efficient material models for all material behaviors ranging from homogeneous isotropic to heterogeneous anisotropic. It is fully integrated with Altair's simulation tools. Multiscale Designer shortens the time and costs associated with developing highly predictive material models with minimum experimental data.

Altair® OptiStruct®

OptiStruct is an attempted contemporary structural solver that provides complete, accurate, and scalable solutions for linear and nonlinear studies in statics and dynamics, vibrations, acoustics, fatigue, heat transport, and multiphysics. It is utilized by industry leaders all over the world to optimize the design and evaluate structural performance.