Computational Fluid Dynamics CFD

The FLOW-3D (x) interface allows customers to build automation and optimization workflows graphically and intuitively to dynamically connect parametric CAD features to the CFD solution.

By combining the digital and real worlds in a comprehensive digital twin, Surf Loch has been able to master the creation of custom waves through software simulations, the company explains.

This white paper describes how simulation on the cloud, using Graphic Processor Unit (GPU) accelerated physics is a leap forward in evaluating outdoor comfort and heat island reduction strategies for architects and engineers.

CAD mode extends the feature set of SimScale with a set of purpose-built CAD simplification and editing tools.

New Altair simulation software updates include comprehensive computational fluid dynamics and expanded electronic system design capabilities.

The construction industry is under immense pressure to undergo a digital transformation, including decarbonizing their delivered assets’ life cycle, coupled with the constantly present focus on cost savings.

This paper addresses the topic of pedestrian wind comfort, from origin and definition to wind comfort analysis, criteria, and example case studies; all meant to form an in-depth understanding of the field.

This paper addresses significant wind engineering considerations for the architecture, engineering and construction industry today. Topics covered include building design wind load implications, pedestrian wind comfort, natural and ventilation, and pollution mitigation.

This white paper investigates the application of CFD simulation technology in building design and the analysis of HVAC systems. The aim is to show its benefits to professionals working in the AEC industry who are interested in improving their skills...

This paper addresses the difference between on-premises software and SaaS solutions for computer-aided engineering, explaining how SaaS came to be and its key benefits.

SimScale's cloud platform, offering ease of use for complex geometries, automatic contact detection, automated meshing and virtually limitless scaling capabilities for CHT industrial–scale problems that often involve complex geometries.

The latest version includes new functionality allowing designers to use a seamless working environment, and enhancements that extend thermal simulation capabilities.

Simulating and building the future with SimScale and BricsCAD.

New software uses algorithms to automatically optimize your design, helping you achieve aerodynamic performance goals.

Simulation replaces trial-and-error processes and a reliance on tribal knowledge to pave the way for widespread AM adoption for production use cases.