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The engineering challenge is to predict how well the finished product will perform under real-world working conditions.
This involves considering stresses and deformation as well as a range of failure criteria. 
honeycomb Core is used in many applications like aircraft, buildings, etc.  in this particular simulation a honeycomb core is simulated against static structural by applying a load, pressure on different faces with different conditions such as cantilever or fixed beam.  
A most important analysis of this simulation is finding out of plane elastic modulus. Out of Plane analysis is done by applying load in a particular direction and finding deformation, stress, and strain in that particular direction.  Therefore three different times load is applied in x, y, and z-direction to simulate out plane analysis.  I here have taken two conditions first cantilever beam and the second is a fixed beam.
 It was very easy and interesting to simulate here and the time consumed was even less as compared to other software.

The project goal was to find the best airflow around the operation theatre with a different Duct model.
so to achieve this goal, the duct was simulated with incompressible flow simulation type and then operation room was simulated with convection heat transfer simulation type.
At the end, The results of both duct design were compared and find the optimum duct design with respect to the operation room.

Server rooms house sensitive hardware that can be damaged easily if exposed to extreme temperatures. So, the aim of this project is to find out the heat transfer in that room for material air. For heat transfer I did Conjugate Heat Transfer simulation analysis which tells us about the heat transfer between fluid air and the solid material of the server room.
So, from this project we can optimize the ventilation system design for server room in future planning.

The project goal is to test the feasibility of vertical axis windmills. 
Incompressible flow type is the simulation to be used.

Anyone who's lived in a studio or small apartment with a recirc range hood knows how useless they are. My engineering brain couldn't help but attempt to visualize the airflow and try to solve the problem of having my entire apartment smell like sauteed chicken and stir-fry. Now I'll use CFD to verify and validate potential solutions. 

Analyzing apartment airflow with the range hood on while cooking with windows open, door open, and a small fan on the floor blowing up into the kitchen. Using an iterative approach to understand how ventilation affects the distribution/removal of cooking fumes through out my apartment.

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