Cloud Simulation

Discover the benefits of cloud-native engineering simulation applied to thermal comfort and air quality analysis. SimScale offers a technically and economically accessible solution for indoor environmental simulations that can account for the complex physical phenomena needed to design healthy and...

New survey takes a deep dive into how engineers are using simulation tools, common challenges, and the potential benefits of cloud-based simulation.

The earlier you use simulation in the design process the more chances you have to produce a sustainable building.

The cloud simulation platform will be added to the existing Ansys cloud portfolio.

In this webinar, learn how leading companies are improving access to design data with the cloud

In this webinar, Rescale presents exclusive research on cloud-based engineering trends.

In order to ensure sustainable living environments, it is essential to assess both the design of HVAC equipment and the effectiveness of ventilation strategies.

John McEleney of PTC identifies five key trends that will enable business leaders to embrace business agility as a key driver since agility is the new competitive edge in 2022. 

As FEA can be computationally expensive and time-consuming, leveraging the practically unlimited power offered by the cloud grants engineers speed, scale, and accuracy in their simulation. Structural simulation with a cloud-native solution means that, in one platform and using the...

Learn how the cloud-native engineering simulation platform SimScale removes the traditional technical and economical barriers created by legacy CAE software.

This white paper highlights the benefits of cloud-native engineering simulation using SimScale and describes the fast and accurate analysis types available to engineering teams by simulating early in the design stage, throughout the entire R&D cycle, and across the...

With the recent COVID-19 pandemic and ensuing lockdown measures, Monodraught has been providing product and thought leadership expertise on how best to ventilate indoor spaces that are critical to the functioning of society, including schools and hospitals.

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.

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.