Ansys Fluent (CFD)

 Rayleigh Taylor Instability


CHT Analysis On Exhaust Port


CHT Analysis On Graphics Card


Simulation Of combustion of Natural Gas


Simulating Cyclone Separator With Discrete Phase Modeling


Simulation Of fluid sloshing Effect Inside a Gear Box


External Flow Simulation Over an Ahmed Body


Flow over a cylinder


Mixing Tee

Comments

Post a Comment

Popular posts from this blog

Modal Analysis using Ansys Workbench

Image
  Modal Analysis   using Ansys Workbench : AIM: What is modal analysis? Purpose of modal analysis Types  How to do model analysis? Conclusion Analysis What is modal analysis? Modal analysis look for natural frequency and normal mode of  a structure.Natural frequency and modes are some of the important factors of a structure, they determine how the structure will respond .   Purpose of modal analysis By knowing naturing frequencies of a component we can design them to avoid specific ranges to prevent resonance.In this way we can design from car components, buildings, blades and any other component to prevent faliure of the structure. Types  Here three types of model analysis will discuss three types of model analysis- 1. Free free model analysis(models which are free to move like drones , boats , aeroplanes etc) 2. Models which have fixed boundary condition 3. prestressed model analysis(models which have an initial stress condition) How to do model analysis?...
Read more

Engine Block Design And Assembly in Solidworks

Image
  Engine Block Design And Assembly in Solidworks AIM: 1. To Design parts of Engine Block 2. Assemble Them 3. Create Animation   Method: Parts of Engine Block- 1. Connecting Rod : On the Front  plane WE have drawn The two circle below and then extrude them upto 20mm Then Again in the front plane - sketch we joined the two circle by spline and extrude them as middle upto 12 mm     Then on the right plane we drawn a straight slot and cut extrude this through all by offseting 6mm  Then we mirror this on the other side   Now our connecting rod is ready. 2. Crank_shaft  :     First Sketch : on Right plane Boss Extrude 25mm Then sketch on previous plane and boss extrude upto 8mm Again sketch below structure and boss extrude upto 15mm Boss extrude -4 : Now we have to mirror the below surface so first select the round surface and sketch   Boss-extrude-5: First select the upper surface and convert the sketch entity and rotate it by 90 degree ...
Read more