South Bay 3D Design Studio

A demo of Internal combustion engine (ICE) in-cylinder simulation

Waterdrain simulation. Contact our consultant at [email protected]

Looking for electronic and circuit board cooling and thermal help? Contact us at [email protected] and our consultants will deliver optimal solution for your product.

Simulation test using 2D CFD code by Prof. Takayuki Aoki from Tokyo Institute of Technology. Code is written in C programming. Contact us know find out more about our training courses.

An ejector pump can be used to replace engine compressor for air bleeding to boost engine performance. As demonstrated below, to further increase jet effectiveness, the ejector pump utilizes a high-pressure motive jet to entrain additional air mass into a core jet. The motive jet creates an area of locally lower static pressure behind the jet. When this area is connected to a plenum chamber of higher static pressure, fluid is entrained into the jet according to the Venturi ef...fect. Thus, air from a higher static pressure is drawn into the low pressure region created by the jet and entrained into the jet core flow. By locating the plenum chamber under the surface of a body, fluid from the flow boundary layer can be drawn into the plenum chamber, providing a measure of boundary layer suction. The ejector-pump approach is found to yield blowing mass flow rates of up to 2% of the total duct mass flow at the bleed expenditure of only 1% of the total mass flow while simultaneously providing 1% of mass in flow suction.

Check out how we can model your building design in our fluid flow simulation

Active Controlled Shuttle Grill Opening using Full Transient Dynamic Moving Mesh - A Demo

Dynamic Free Fall Modeling

Calculate tube structural deformation due to fluid flow and thermal expansion using fluid-structural co-simulation.

Flow vortex induced by an oscillating cylinder. Contact us if you want to learn about OpenFOAM. http://virtual-icfd.com/iAero/courses/