Solidtrust Technologies India Private Limited

Process optimization in ANSYS involves using simulation-driven methods like Design of Experiments (DOE), Response Surface Methodologies (RSM), and optiSLang to identify optimal design parameters, reducing material usage and enhancing performance. It integrates seamlessly into ANSYS Workbench to automate simulation workflows—spanning fluid dynamics, structures, and electronics—to find the best, most robust design configuration, often using AI/ML to minimize computation time

Multi-host electromagnetic (EM) simulation refers to the use of distributed computing architecture to run complex, large-scale electromagnetic models across multiple machines (nodes) on a network. This approach overcomes the memory and processing limits of a single machine by enabling parallel, high-performance computing (HPC). It is essential for analyzing large structures, such as 5G components, automotive electronics, and PCBs, by providing faster runtimes and higher capacity

Nuclear Safety Simulation using ANSYS is an advanced solution designed to evaluate and enhance the safety and reliability of nuclear systems under various operating and accident conditions.

It enables accurate modeling of thermal, structural, and fluid behavior within reactors, helping predict temperature distribution, radiation effects, pressure loads, and potential failure scenarios. This allows engineers to assess risks, validate safety measures, and ensure compliance with regulatory standards.