Safety and security are the leading differentiators in autonomous
and software-defined vehicles. Engineering simulation and
model-based approaches help master these two pillars to enable
the survival of vehicle development.
The aviation industry currently produces 12% of all transport emissions, but, with the aid of simulation, is aiming to curb emissions and reach net zero by 2050.
The road to electric vehicle cost-parity is riddled with red lights. Engineering simulation technology speeds up development, improves quality, and cuts costs to reach net-zero faster.
To develop an industrial manufacturing base and highly complex rocket components, the Aerospace Systems Research Institute (ASRI) uses Ansys simulation software.
As artificial intelligence (AI) and machine learning (ML) continue to revolutionize industries, their integration with simulation is amplifying the capabilities of digital
twins.
This paper investigates a method to address these challenges using Ansys SimAI™ cloud-enabled generative artificial intelligence (AI) platform in combination with simulation techniques.
The evaluation and analysis of the field of view requirements is a crucial aspect of military operations, encompassing land-based and naval systems and all forms of sensors, radars, and pilots. This webinar aims to demonstrate the proficiency with which Ansys Speos can assist in accurately positioning and validating various systems in a timely manner.
Today's complex engineering projects need access to state-of-the-art high-performance computing infrastructure, advanced computer-aided engineering and computer-aided design software, to meet challenging design goals and deadlines.
Join us as we explore how digital twins are transforming process industry operations and asset management and discover the role of reduced-order models (ROMs), predictive analytics, and cloud-based solutions in creating dynamic, actionable insights that enable smarter decision-making.
The NAFT team from Nagoya University used Ansys Fluent simulation software to obtain rockets’ aerodynamic parameters during flight and analyze conditions.
The rigid body dynamic program MCOL was developed in Ansys LS-DYNA® nonlinear dynamics structural simulation software and can be used in simulating ship collision analysis.
This document provides a careful explanation of a DO-178C compliant software life cycle as described in DO-178C and DO-331 guidelines using Ansys SCADE Suite.
Read the e-book to learn how in silico solutions address some of the most common challenges manufacturers face while developing passive cardiovascular devices.
Discover how AI-driven semiconductor advancements are transforming industries, optimizing operations, and driving innovation in high-performance computing.