Tutorials

  • CFD ×
  • Process Simulation ×
  • Standards ×

DIN 580

Ivo Jardim
in Standards
32 1 Expert
Suspension Bolt
bolt 580 din

Learn Step by Step How to do Flow Simulation in SolidWorks on Cross Flow Turbine

Usman Akhtar
in CFD
18 0 Beginner
In this solidworks flow simulation tutorial you will learn how to do flow simulation on a hydro turbine, in this video I am going to do external flow simulation.
simulation flow solidworks

CFD

Vatan Gedam
in CFD
17 0 Expert
Here we are find the forces as well as pressure exerted on fan blade at the wind speed of 60kmph by using of ANSYS
flow blade pressure testing simulation wind ansys fan cfd

2. Solving 2D Problems

Ananth Narayan
in CFD
16 0 Beginner
In this tutorial we will discuss about the 2D problems which involve defining boundary condition and solving them. Iam going to create the nozzle with the air velocity inlet (ideal) and pressure outlet. Improving mesh obtain good result.
san fluent cfd ansys

Keyshot Animation Tutorial Using Simple Model Of High Bypass Turbojet Engine

Anuj Kaushal
in Process Simulation
15 2 Beginner
In this tutorial i have used keyshot software for animation purpose. I have used a 3D model of a High Bypass Turbojet Engine for denomsration. It took couple of hours to create the animation video that's why i have skipped that part from the video.
blades compressor jet turbine turbojet engine bypass high tutorial animation keyshot

Car Design fluid flow anlysis |ANSYS|

Er. Gaya Prasad Kurmi
in CFD
12 0 Beginner
Model car air flow anlysis in Ansys.
ansys car model anlysis

[VIDEO] Several Ansys Fluent and CFX CFD tutorials

S. B.
in CFD
11 1 Intermediate
How to achieve 2D and 3D CFD simulations with commerical CFD software ? This tutorial shows how to simulate different task with fluent and cfx If you like this, please sucribe my Youtube channel !
tutorials fluent cfx cfd

Flow in diffuser (Fluid-Flow CFX) ANSYS

Mukesh Ch Joshi
in CFD
10 1 Intermediate
in this video i am going to tell you how to make "Flow in diffuser (Fluid-Flow CFX) ANSYS". you can check it out in YouTube by clicking here :- https://youtu.be/a5nawFGT8Fs Also you can visit my detailed blog on this topic :- https://www.mechprof.com/2020/06/flow-in-diffuser-fluid-flow-cfx-ansys.html
flow diffuser ansys cfd

SolidWorks Flow Simulation Tutorial with Rotating Region on Cross Flow Turbine

Usman Akhtar
in Process Simulation
10 0 Beginner
In this Video tutorial i will tell you how to do flow simulation in solidworks on turbine with rotating region. we will analyze flow trajectories also.
solidworks simulation flow

Tolerances in DIN 5480 splines

Carlos Soler
in Standards
10 1 Intermediate
In this tutorial, I will address some topics regarding the flank tolerances in the standard DIN 5480 splines. For an Asking of https://grabcad.com/erick.mireles-2 about the meaning of 8f in an expression like DIN 5480 W 120 x 3 x 38 x 8f
din 5480 centering tolerances fit side din 5480 spline

solidworks calculation - power and torque

taufik .
in Process Simulation
9 2 Intermediate
solidworks motion
tutorials solidworks

1. Introduction about CFD Fluent-ANSYS

Ananth Narayan
in CFD
10 2 Beginner
In this discussion, we will see basic introduction and changing setting for optimal and user friendly use of ANSYS. This all deals about, how to customize systems, display properties, uses maximum core for meshing, changing background color, and lot's more.
fluent cfd ansys

COMPUTATIONAL ANALYSIS OF PARALLEL FLOW OF HOT AND COLD FLUID THROUGH A PIPE

Tanay Raj
in CFD
8 0 Intermediate
COMPUTATIONAL ANALYSIS OF PARALLEL FLOW OF HOT AND COLD FLUID THROUGH A PIPE

Compression Spring, Equation Driven, in SolidWorks

Thomas Larson
in Standards
8 0 Beginner
Not sure this is a tutorial, or just the description of my process for building a printable compression spring. There are equations in the excel documents not just for a printable spring, but also designing custom metal. Designing the spring and Using the model loaded here: https://grabcad.com/library/compression-spring-equation-driven-1

Designing Axial Static O-ring Grooves to "Industry Standards"

Thomas Larson
in Standards
8 2 Intermediate
This Covers 2/3 of everything I know about designing O-ring seals. I frequently used these while designing production tools. Most the design is based on the standards that are put forth by SAE. Personally, I be going over the reiteration by Parker since it's what I learned. Other references include the Apple Rubble Product and Trelleborg for their proprietary O-ring Gland Calculators, and the help they gave me in building my own. Links to their websites are found in Section 5. All design in this lesson is for "Static Axial Design under normal conditions”. Disclaimer: while I have completed a BS in Mechanical Engineering and have passed the FE, I am not a PE. While these calculations are standard, published, and I personally have used these practices to design multiple high-pressure tools, I cannot guarantee that they a perfect. If you are in doubt, in a hazardous environment, or using in an application that could cause harm to life, I would suggest double checking with other sources (engineering) and/or extensive testing. Also, my experience is in Oil and gas, in the continental USA. You may notice my practices being bias to API standards and in English Units, I suggest you take all I say with a grain of salt. Lesson Plan: Step 1: Background and Definitions Step 2: Finding a Published O-ring Gland and incorporating it into a design. Step 3: Designing Custom Groove using the Standards Step 4: Other Design Recommendations and Drafting Example Step 5: References and Useful links A copy of the files can be found at: https://grabcad.com/library/how-to-design-an-o-ring-gland-to-industry-standards-parts-and-photos-1
seals components calculators cals design o-rings pressure
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.