Abstract

In this presentation, we introduce OptiAssist, an advanced software tool designed to streamline the optimization of composite structures. The software employs cutting-edge algorithms to enhance design efficiency and performance across various industries, from aerospace to automotive and beyond. We will demonstrate how OptiAssist facilitates design optimization, leveraging both material and structural parameters to achieve cost-effective and high-performance outcomes. Real-world case studies will be shared, including the optimization of F1 racecar structures to reduce weight while maintaining strength and durability. Through these examples, we will showcase how OptiAssist enables engineers to navigate complex design challenges, integrate advanced materials, and achieve optimal solutions in composite structure design. The session will conclude with a discussion on how the software’s intuitive interface and powerful algorithms are revolutionizing the way composite structures are designed and optimized in industry.

Slide deck

Presenter Bio

Martin Gambling, Simulation Group Director, TriMech Solutions on behalf of RedBull Racing

Martin received his degree in Automotive Engineering from Loughborough University in 1997, specializing in Non-linear impact simulation of Formula 1 structures for his thesis

He has worked in the field of Computer Aided Engineering, developing specialisms in non-linear analysis and the application and development of design optimization methods

In 2003, Martin founded GRM Consulting; a simulation-based consultancy developing and providing design optimization software and services to the engineering community.  As part of his activities, he developed innovative composite optimization solutions, creating the product OptiAssist. 

In 2023, GRM was acquired by the TriMech Group where he heads the UK simulation activities