Water Pump Station | Case Study

Water Pump Station – Case Study

Computational Fluid Dynamics (CFD) modelling was carried out for a Water Pumping Station and their compartments in order to determine flow paths/flow distribution such that an economic design may be conceived and constructed. Read engineering solution.

Heat Exchanger | Case Study

Heat Exchanger – Case Study

For the present investigation, the CFD technology was used to design a full-scale 3D model of the water entrance area of a heat Exchanger. Read engineering solution for this case study by Fluid Codes.

CFD Analysis For Alpha PLATFORMS | Case Study

Computational Fluid Dynamics study for the Living Quarters Platform helipad of RasGas Alpha installation in Qatari waters was carried out in order to assess the impact of air turbulence on helicopter operations. Read engineering solution for this case study by Fluid Codes.

Assessing Reactor Tank Integrity | Case Study

Reactor Tank With Agitator – Case Study

Fluid Codes’ customer wanted to investigate the Agitator Blades Failure in one of their reactors for which CFD and FEA analysis were carried out. 3D CAD models of the tank and the agitator rotor blades were generated as per the drawing provided by the client. Read engineering solution for this case study by Fluid Codes.

External Floating Roof Tanks Simulation | Case Study

External Floating Roof Tanks Simulation – Case Study

This simulation was carried on a Floating Roof Tank, in order to check the maximum deformation of the Guide Pole due to the lift force generated by the internal pressures while filling the tank with oil. Also the force generated by the internal mixers, which are continually rotating and generating disturbance in the fluid, were directly transmitted to the roof and later on to the Guide Pole. Read engineering solution for this case study by Fluid Codes.

Smoke Visibility Study For Car Park | Case Study

Smoke Visibility Study For Car Park – Case Study

Fluid Codes carried out a CFD study for a basement Car Park to determine the optimal locations of Jet fans, as well as to determine the performance of the fans in evacuating the smoke in the event of a fire. Read engineering solution for this case study by Fluid Codes.

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