Centrifugal Pump Analysis using Solidworks

When the cyclist rides the bike, it encounters drag force due to the wind and velocity. `F_d = 1/2 rho A v^2 C_d` where  `F_d`is the drag force in `kg m/sec^2` `rho` is the air density in `(kg)/m^3` `A`is the frontal area in `m^2` `v` is the velocity in `m^2/sec^2` `C_d` is the coeffecient of drag…

Inputs considered for the baseline simulation: cylinder diameter (D) = 0.02m inlet velocity (u) = 10 m/s Using the formula, Re = (density * inlet velocity * diameter) / dynamic viscosity where ; density of air = 1.225 kg/m³ dynamic viscosity = 1.81E-5   From the formula, Reynolds Number for baseline simulation…

Case setup: 1. Valve lift = 0.002 m 2. Boundary conditions:     Inlet pressure= Total pressure 101325 Pa     Outlet pressure= Static pressure 95000 Pa 3. Goals:      SG Mass Flow Rate1 for measuring the mass flow rate coming out of the outlet   A. Grid Dependence test: Valve…

CAD model has created keeping in mind the data provided in the video. For the Flow Simulation following parameters and conditions are used- 1. Rotating Region: Angular velocity of rotating blades is selected as 1000 rad/sec. 2. Boundary Conditions:     Inlet pressure = 101325 Pa     Outlet velocity…

This project is focused on simulating the NACA airfoil for the different angle of attacks mainly 0°, 2°, 4°, 6°, 8° & 10°. The lift & drag forces are compared for the same.   Using the sample data for the airfoil points, Airfoil was created in SolidWorks and extruded for the 3D…

https://projects.skill-lync.com/projects/Pipe-Flow-Simulation-using-Solidworks-32626

I have used following data for my simulation: Length= 1m Diameter= 0.06m lines probes were set at 95%, 90% and 85% (i.e. 950mm, 900mm & 850mm) of the length Shell was created Flow Simulation Water was used as the medium for simulation. The simulation was conducted for 3 different values of Reynolds number: 1.…