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This is a static structural analysis of an NPS 8 Schedule 40 for an internal pressure load.

test the workflow for the geometry of pipe bifurcation

This project aims to find out the hot spot in the design of the pipe bend at the connecting point. The pipe bend is made of the steel and a pressure of  2000 Pa , 3000 Pa and 5000 Pa will be applied and the joint will be fixed. This process will help to improve and optimize the design of the Pipe Bend.

In this exercise, you will complete a laminar pipe flow analysis. 

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Validación de la caída de presión en una tubería.

Turbulence in 300mm pipe form two angled pump discharge pipes

Pipe Pressure Drop
Incompressible CFD analysis

The aim of this project is to calculate the pressure drop in turbulent flow through a straight smooth pipe. Airflow inside a smooth pipe, which has 4 mm of diameter and 2 m length, was simulated for 50, 40, 30, 20, and 10 m/s inlet velocities.  Incompressible steady-state flow analysis with k-omega SST turbulence conditions is considered for the flow. The results from the CFD study are compared with those from an analytical study for validation purpose. It was noted that using SimScale even with automatic meshing as well as solver settings, high accuracy can be achieved.

Apipe with a diameter of0.5 cmand the radius of curvature of0.5 cm.  The straight portion of pipe before the bendis 2.6 cmand the straight portion after the bendis 4.6 cm.  Air entering the pipe with a mean velocity of4.7 m/sand at a temperature 25 oC whilethe pipe exit pressure is 0 atm.Heating is provided with 119 W/m2 on the surface of the entire length of the pipe.Case 2 (Mod3b.stp)Same flowinvolves an equivalent length of8cm long pipe with the same diameter of 0.5 cm.Fluid properties for air at 2

In this Project, is determined the pressure drop of an elbow commonly used in gas discharge pipes of water heater to the  environment.

This project simulates Scalar Transport mixing in turbulent T-Junction pipe flow.

Two different designs of a pipe junction are analyzed regarding their downstream behavior.

In this project a static structural analysis of a pipe joint is demonstrated.

Flow in sudden expansion from 10 mm to 30 mm. To determine the loss coefficient and compare with equations in standard literature

pipe | SimScale Project Library | Page 2