Charge Air Cooler (CAC) Turbochargers are used to compress the engine intake air to increase its density. But compressing the air increases its temperature as well as the pressure. This increase in temperature causes a portion of air to decrease in density. For this reason a Charge Air Cooler (CAC) is used to reject the […]
Powertrain Thermal Management Read More »
A wind turbine or wind power plant is a device that converts kinetic energy from the wind into electric current. The most common topology is the Horizontal-axis wind turbine (HAWT). With the rapid development of the computer technology, the Computer Aided Engineering (CAE) technique has become an important tool to study flow field and structural
CFD Analysis of Horizontal Axis Wind Turbine (HAWT) Read More »
For every Product developer, in order to reduce their development time, reduce risks of failure and unknow a need to ascertain the thermal aspects at the earlier stages in the design process. In earlier days, engineers used to do thermal analysis mainly by thumb ruling and simplified equation based calculations to validate design. With the
Application of CFD Analysis in Electronics Cooling Read More »
When we are performing an finite element analysis of pressure vessel, storage tanks, agitators etc. we are always looking for ways to apply loads due to internal pressure of liquid stored inside the tank which constantly applies the pressure on the inner side of the shell. Applying Hydro-static pressure is the best and more reliable
How is Hydro-Static Pressure Modelled in Finite Element Analysis (FEA)? Read More »
Fatigue has been around since we started making things. While we have always understood that every material will have a breaking point when it is overloaded, but engineers in mid-1800s became aware of the failure and coined it fatigue. Jean-Victor Poncelot was the first person to observe and coin the name “fatigue”, he was a
What is Fatigue and how it can be simulated in FEA? Read More »
A picture is worth a thousand words, a 3D Product animation can speak millions about the inventions and capabilities of the Product. 3D Product animations can be used to – Engage customer with close-up views. Provides customers to take a look at the engineering marvel inside the Product. Provides customers a view of different use
Why 3D Product Animations are important? Read More »
Introduction Thermal analysis is a technique in FEA, where the numerical model solves the thermal equations using the thermal properties or loads defined by the analyst. It is useful to analyze problems such as heating/cooling of electronic components or the heating of EV batteries. Thermal analysis can give you an understanding about the assembly and
Thermal Analysis in FEM Read More »
Tunnels have been a feature of road and rail infrastructure for over 200 years around the globe. Engineers who are working on these tunnel infrastructure projects, has to keep in mind on of important design factors i.e. to prioritise the safety and comfort of passengers and motorists. Tunnels are enclosed which means that adequate fresh
Tunnel Ventilation CFD Analysis Read More »
The advent of motion graphics and high performance computing enabled creation of high quality realistic 2D and 3D Product animations, the latter is visually more appealing due to realistic presentation. In engineering industry mechanical 3D product animations, not only makes the product looks realistic, but shows in-depth details of the process of dismantling and assembly.
Mechanical 3D Product Animation – Development Process Read More »
Finite Element Analysis (FEA) is a very good tool for providing useful insight into stresses and deformations which in turn the engineer can assess the strength and durability of mechanical components and large structures. These days FEA tools are often integrated into the CAD platform which makes anyone and everyone without a working knowledge in
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