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Dive announces new server infrastructure in the US and EU with Microsoft Azure. Choose between Virginia and Amsterdam for enhanced performance, reduced latency, and flexible data hosting options tailored to your business needs.

Dive has successfully raised $10 million in Series A funding, led by the prestigious D. E. Shaw Group. Additional investors include First Momentum Ventures, Segenia Capital, and Senovo Capital, who participated in the company’s seed funding.

In the cloud, mechanical engineers experience faster and easier development processes. Adopting cloud-native strategies isn’t only about having a competitive edge. It’s about surviving the changes in the market and being able to grow your business sustainably.

By combining agile with the right software, engineering companies will be able to increase development speed and respond better to changing market demands.

In this article, you will learn the definition of a business case, why it is important in the context of investing in CAE software, key components to consider when evaluating CAE, and which type of simulation software best suits your needs.

Read on to learn about how the TUfast racing team clinched the victory by using simulation technology to optimize their vehicle’s gearbox lubrication design.

In this article, we want to give you a comprehensive introduction to current challenges in wind turbine gearbox lubrication and new ways to gain insights.

The goal of this article is to provide best practices for validating an application by comparing simulation results to experimental data. The concept can be used as a guide for other validation cases.

After reading this article you will understand how easy it is to carry out a fluid flow simulation accounting for thermodynamical processes like heat transfer.

This article covers the relationship of the cloud and “CAE”. The cloud is a vaguer concept. In the end, it is nothing more than a network of servers you do not buy but rent. It is the heart of the most commercially successful companies on the planet.

This article will give you a general understanding of the basic concepts of the Smoothed Particle Hydrodynamics method. Instead of using formulas, we will provide concrete visual examples.

Let’s talk about hard physical facts! So, what are these losses in gearboxes everyone keeps talking about? And why is it worth not only distinguishing but also considering them individually?

This article will give you a basic understanding of the most prominent methods used in CFD and touch on some of the newcomers, like the Smoothed Particle Hydrodynamics method.

The following blog post will give you some insights into how the particle-based CFD method Smoothed Particle Hydrodynamics (SPH) is used to predict oil lubrication phenomena in roller bearings.

Why should engineers care? Because recent political measures will affect the technological journey that lies ahead of us and engineers are going to play a major role in that story.