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.

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.

Fill the form to access the document