1. http://BEanalytic.com CAE Case Studies sales@beanalytic.com

2. http://BEanalytic.com Transition Modeling Problem Descriptions  Locate the position of transition over a wing Solution Methodology Transition is a very important phenomena in aerospace and turbo-machinary application and quite challenging to predict. This becomes more important for low Reynolds number airfoil flows. It has a significant influence on skin friction and separations. Here CFD is used in predicting the transition location and increase in skin friction drag due to transition.

3. http://BEanalytic.com Flow simulation of filter Problem Descriptions  Design of a new filter Solution Methodology  The purpose of filters is to filter out small particles from the continuous flowing fluid. Designers need to go through several challenges to validate his filter design.  Today designer can get a detailed picture of filter working conditions using CFD porous modeling technique and finally get an optimal cost effective design.

4. http://BEanalytic.com Pump Cavitation Problem Descriptions  The pump isn't working properly and when pump is taken apart and impeller is found to be badly damaged. Possible cause of the damage is Cavitation Cavitation is a common occurrence in a pump but it involves the most complex physics. Pump cavitation can be felt by noise and vibrations and may likely can cause erratic power consumption and fluctuations or reductions. It can spoil blade surfaces and also cause of wear. A multi-phase CFD method is used to analyze pump performance under developed cavitating conditions. Characteristic performance trends associated with off-design flow and blade cavitation are observed.