Tutorials

  • CFD ×
  • Process Simulation ×

Deformation of pipe

Ananth Narayan
in CFD
2 0 Intermediate
Deformation showed when water flows through pipe at 5 m/s
water deformation pipe fluent cfd ansys

Heat gain calculations for duct | Solidworks flow simulations

Ahmed Sakib
in CFD
2 0 Intermediate
Air gains heat as it flows through the duct of an air-conditioning system. The velocity of the air at the duct inlet and the temperature of the air at the exit are to be determined. We will do this study using solidworks flow simulations.
heat gain solidworks flow simulations soldiworks cfd duct cfd duct cfd simulations

Ansys Tutorial - Rigid Body Dynamics Caterpillar Crane Arm

Anuj Kaushal
in Process Simulation
2 0 Intermediate
Use of rigid body dynamics Ansys module.
hydraulics animation study motion caterpillar crane dynamics body rigid ansys

Solidworks Flow Simulations 02| CFD analysis of Concentric Tube Type Heat Exchanger

Ahmed Sakib
in CFD
1 1 Intermediate
Computational fluid dynamic analysis (CFD) of a concentric tube type heat exchanger will be conducted using solidworks flow simulation. Hot water is entering at temperature 70°C while cold water is entering at room temperature 25°C . Determine temperature increase and decrease in cold and hot water tube respectively of this concentric tube type heat exchanger. We will carry soldiworks simulation to get temperature plots and graphs and will export that graph to excel.
solidworks flow simulations cfd solidowrks heat exchanger cfd cfd analysis heat exchanger cfd concentric tube heat exchanger

Solidworks Flow Simulations | CFD analysis of Hair Dryer with solidworks

Ahmed Sakib
in CFD
1 0 Intermediate
CFD analysis of a hair dryer with solidworks will be carried out using Solidworks flow simulations module. We will consider a hair dryer having heating element of power 1200W. Aim is to determine inlet velocity of dry air to get exit temperature of air 68 degree Celsius
solidworks flow simulations

Solidworks flow simulations 01| Pipe flow CFD analysis

Ahmed Sakib
in CFD
1 0 Intermediate
Computational fluid dynamics (CFD) analysis of a pipe flow will be conducted using solidowrks flow simulations tool. An aluminum pipe having diameter 50mm and thickness 2mm has wall temperature of 40°C has water flow at its inlet with flow rate 0.001 kg/s. Water inlet temperature is 20°C. Determine increase in water temperature at center line of pipe and at different sections of pipe length. This is a step by step solidworks tutorial to give introduction to solidworks flow simulations, you will also learn how make temperature XY plots.
solidowrks flow simulations pipe flow simulations soldiworks pipe flow cfd analysis of pipe flow pipe flow cfd

Tesla Valve OpenFOAM: Large Eddy Simulation

Interfluo
in CFD
1 0 Intermediate
Consider supporting me on Patreon: https://www.patreon.com/Interfluo This video builds off of the content from my previous video: https://youtu.be/4kU-qZp0bt8 The following are the results from a simulation evaluating flow inside of a Tesla Valve. A tesla valve is a passive system with no moving parts designed to impede flow in one direction while allowing it to pass undisturbed in the other. The animations are as follows: 1) passive scalar transport (s) for flow in each direction 2) passive scalar transport (s) and velocity field (U) for un-impeded flow 3) passive scalar transport (s) and velocity field (U) for impeded flow Files and Instructions: https://github.com/Interfluo/OpenFOAM-pisoFoam-LES-TeslaValve-2/tree/main/refined Enjoy! ------------------------------------------------------ Disclaimer ------------------------------------------------------------- LES is not an appropriate solver for 2D geometries; the main purpose here was the visualization of the self impeding flow, if I was trying to
paraview 10 windows pisofoam les valve tesla meshing fluent openfoam

02- SolidWorks Plastics part2

Masoud Soleimani
in Process Simulation
1 0 Intermediate
learning how to analyze the mold flow in solid domains . including the pack and warp analyses to determine the model geometry after getting out the mold.
flow mark sink warp pack mold simulation plastics

CFD Analysis of Shell and Tube Heat Exchanger in SolidWorks | Step-by-Step Tutorial

Ahmed Sakib
in CFD
1 0 Intermediate
Using SolidWorks Flow Simulation as we will perform a detailed CFD (Computational Fluid Dynamics) analysis of a Shell and Tube Heat Exchanger. This step-by-step tutorial covers geometry setup, meshing, boundary conditions, and interpreting flow and temperature results. 🔧 Topics Covered: Shell and tube heat exchanger modeling SolidWorks Flow Simulation setup Fluid flow analysis Result visualization and interpretation
shell and tube hx heat exchanger solidworks solidworks cfd

CFD Analysis of Engine intake manifold

A Square C & D
in CFD
1 2 Intermediate
IN THIS VIDEO, I HAVE EXPLAINED AND PERFORMED INTERNAL CFD ANALYSIS OF ENGINE INTAKE MANIFOLD. I HAVE SHOWED HOW TO CREATE AND SETUP THE FILE, CREATING THE LIDS, SETTING UP BOUNDARY CONDITION, CHOOSING THE INLET VELOCITY AND VIEWING PRESSURE CONTOURS.
flow fea cad tutorial simulation cfd internal solidworks

Simulation of I section beam

Kshitij Raut
in Process Simulation
1 0 Intermediate
Simulation and analysis of stress or failures in a beam.

Steady Natural Convective Heat Transfer

Mohsen Jahanbakhsh
in CFD
1 0 Intermediate
A Study on Steady Natural Convective Heat Transfer inside a Square Cavity for Rayleigh = 1000 in Ansys fluent My Telegram Channel about Computational Fluid Dynamics: t.me/CFDLearning My Youtube Channel about Computational Fluid Dynamics: https://youtube.com/@CFD-Learning
rayleigh number natural convection heat transfer cfd simulation ansys fluent

Design of SCOTCH YOKE Mechanism with MOTION ANALYSIS in UNIGRAPHICS

MANIKANTHA P
in Process Simulation
1 0 Intermediate
The Scotch Yoke (also known as slotted link mechanism) is a reciprocating motion mechanism, converting the linear motion of a slider into rotational motion, or vice versa. The piston or other reciprocating part is directly coupled to a sliding yoke with a slot that engages a pin on the rotating part. To join our community: https://www.youtube.com/channel/UCVbjnpjSOH2BrLBYhqdXW4g?sub_confirmation=1
unigraphics yoke scotch mechanism

How to Create a Universal Joint Mechanism

Nanthakumar R
in Process Simulation
0 0 Intermediate
How to Create a Universal Joint Mechanism https://youtu.be/tDAkjtOlSIE
https-youtu-be-tdakjtolsie

Solidworks flow simulation 12 | Flow past sphere | Drag coefficient calculation

sakib ahmed
in CFD
0 0 Intermediate
How to calculate drag coefficient for a flow past sphere using cfd analysis in solidworks flow simulation module? Tools to Learn +Creating velocity profiles for solidworks flow simulation +Setting up two dimensional flow simulation project for internal flow +Selecting boundary conditions +Define wall boundary conditions +Using cut plots to visualize velocity flow fields +Using XY plots to evaluate velocity profiles and boundary layer thickness Subscribe for more solidworks .
coefficient drag calculate how simulation solidworks using sphere past flow analysis cfd
White Stratasys Logo White GrabCAD Logo
© 2025 Stratasys Inc.
ABOUT US
RESOURCES
Support
SOCIAL
Streamline Pro
Control
Print
Pro
Shop
PARTNERS
COMMUNITY
Contact Us Website Terms of Use Software Terms of Use Privacy policy Trademarks Your Data on GrabCAD
The Computer-Aided Design ("CAD") files and all associated content posted to this website are created, uploaded, managed and owned by third-party users. Each CAD and any associated text, image or data is in no way sponsored by or affiliated with any company, organization or real-world item, product, or good it may purport to portray.