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Shock Absorber Preload Analysis using CATIA Generative Structural Analysis (FEA)

William Harbin
in Modeling
2 0 Expert
This BND TechSource video shows how to use CATIA Generative Structural Analysis (FEA) to prove the following: 1) The spring rate will be linear when the spring has a consistent (evenly spaced) pitch and a constant diameter. 2) Preloading the spring on the coil over assembly will NOT change the rate of the spring. 3) Preloading the spring on the coil over assembly WILL affect the deflection at load (length at load) of the shock absorber. Please visit us at: https://bndtechsource.wixsite.com/home Compression Spring calculations with FEA results (Excel): https://docs.google.com/spreadsheets/d/1zuos7ku2lzUF9r2k7wINmk1g3dGYyvwg/edit?usp=sharing&ouid=114849995441101610372&rtpof=true&sd=true
CATIA spring compression preload aborber shock analysis structural generative gsa v5 catia

Transverse Module Involute Helical Gear in CATIA V5 (manual input)

William Harbin
in Modeling
2 0 Expert
This BND TechSource video shows the steps for creating a “template” part for our Transverse Module Involute Helical Gear. This part may be modified by simply changing the parameters of any/all of the following five formulae: Fw - Face width // length parameter [Fw = input] z - number of teeth // real parameter [z = input] Tpa - Transverse Pressure Angle // angle parameter [Tpa = input] m - module // length parameter [m = input] Ca - Cylinder helix angle // angle parameter [Ca = input] Next we will look at using CATIA V5 to create the Normal Module Involute Helical Gear. Please visit us at: https://bndtechsource.wixsite.com/home Transverse Involute Helical Gear calculator (Excel): https://drive.google.com/file/d/1G4DVdNp8LdKRG4hwEWZM7URW7HT71wxn/view?usp=sharing
CATIA relations parameters gear helical module transverse v5 catia

Normal Module Involute Helical Gear in CATIA V5 (manual input)

William Harbin
in Modeling
1 0 Expert
This BND TechSource video shows the steps for creating a “template” part for our Normal Module Involute Helical Gear. This part may be modified by simply changing the parameters of any/all of the following five formulae: Fw - Face width // length parameter [Fw = input] z - number of teeth // real parameter [z = input] Npa - Normal Pressure Angle // angle parameter [Npa = input] m - module // length parameter [m = input] Ca - Cylinder helix angle // angle parameter [Ca = input] Please comment or contact us if you would be interested in seeing how to create the Helical gears with a CATIA Macro. Please visit us at: https://bndtechsource.wixsite.com/home Normal Involute Helical Gear calculator (Excel): https://drive.google.com/file/d/1A1tVjmZr4r2D-nLRk6qzkfkMObjdl7wt/view?usp=sharing
CATIA fog gear helical involute module normal v5 catia

Rear Suspension Simulation using CATIA DMU Kinematics

William Harbin
in Modeling
1 0 Expert
This BND TechSource video shows how to create Rear (5-link) Suspension Simulation using DMU Kinematics in CATIA V5. https://bndtechsource.wixsite.com/home Excel_Susp_Project_Tasks_Calculator_Metric: https://drive.google.com/file/d/1vSp_Q4G_OIpNAtLTxXBAhW5MRL0gQPZ9/view?usp=sharing Excel_Susp_Project_Tasks_Calculator_Imperial: https://drive.google.com/file/d/1fPOMbflU4RY0wI9xIM1BZw6-tRvYjkiJ/view?usp=sharing
CATIA kinematics 5-link suspension rear v5 catia

23/6/2022

Ahmed Eldiarby
in Assemblies
1 0 Expert
23/6/2022
CATIA

Catia Product Knowledge Template

'Bhavesh Shiyani
in Assemblies
1 1 Expert
Product template made for BIW Rest and Clamp unit which is made for many possibilities. It reduces design time.
CATIA unit clamp biw catia pkt

Approximate vs. Involute Gear Tooth Profile in CATIA V5

William Harbin
in Modeling
1 0 Expert
This BND TechSource video shows how to create a “template” part for an Involute Spur Gear. This part may be modified by simply changing the parameters of any/all of the following three formulae: z - number of teeth // real parameter [z = input] Rpa - Ref Pressure Angle // angle parameter [Rpa = input] m - module // length parameter [m = input] And the Undercutting issue can be resolved by introducing Profile Shift which affects the Center Distance between gears as well as adjusting the Addendum and Dedendum circles. Ad – Addendum circle // length parameter [Ad = input] Dd – Dedendum circle // length parameter [Dd = input] https://bndtechsource.wixsite.com/home Excel Involute Spur Gear Calculator with macro: https://drive.google.com/file/d/1b2gzKpBHfOakALJi1-hZfOqGt_KFxNLc/view?usp=sharing
CATIA gear spur laws relations parameters involute v5 catia

CATIA V5 Tutorial: Beginner to advanced

ashish kumar
in Modeling
1 0 Expert
CATIA V5 Tutorial: Beginner to advanced https://www.youtube.com/watch?v=9eNPYFPe8pk&list=PLTkdZKD2ZHsFsWf6kE-GIiSaLFq6tHvkb https://www.youtube.com/channel/UCQn0s06EVrZhbC6gc6DJMTw/featured https://www.youtube.com/channel/UCQn0s06EVrZhbC6gc6DJMTw/videos
CATIA sheetmetal drafting modeling assembly tutorial tricks advanced catia

CATIALOG CATIA TUTORIALS

Berkan Ozturk
in Modeling
1 0 Expert
FOR INTERESTING ANAWESOME CATIA VIDEOS YOU WON'T FIND ANYWHERE
CATIA design shape kinematics modelling analysis engineering reverse

Way to reach the drafting menu

22255d73
in Drafting
1 0 Expert
The way to reach the drafting menu is as follows.
CATIA drafting v6 v5 catia

Drawing a sample piece

22255d73
in Modeling
1 0 Expert
A sample piece drawing is as follows.
CATIA v6 v5 catia

Revit Elbow Family

bimmodeller.com
in Modeling
0 0 Expert
To Learn how to create parametric Revit Elbow family follow the link. This video don't have voice over. Please don't hesitate to check out the content. Do share, Like and Subscribe https://www.youtube.com/watch?v=El-NSQVx6NQ&list=PLM7hlfS3Tn5hE4WqbEfhKdgeEVoIYjO37 If you need one on one Training session or any other BIM consulting services feel free to contact to contact@bimmodeller.com
Autodesk Revit mep paramteric elbow family revit

Rendu REVIT

Architecte Clairbon Salvador
in Modeling
0 0 Expert
Le processus de rendu comporte sept étapes que nous allons détailler dans ce chapitre : 1. Création d’une vue 3D. 2. Définition des matériaux composant les différents objets présents dans la scène. 3. Définition des sources d’éclairage (soleil, luminaires…). 4. Ajout d’éléments d’environnement comme des plantes, des personnages ou des véhicules. 5. Choix des paramètres de rendu (qualité, résolution). 6. Rendu. 7. Enregistrement de l’image.
Autodesk Revit revit24 rapide rendu rendu revit

Torsion Bar Analysis using CATIA Generative Structural Analysis (FEA)

William Harbin
in Modeling
0 0 Expert
This BND TechSource video shows how to use CATIA Generative Structural Analysis (FEA) to prove shape change affects the spring rate of a torsion bar. Please visit us at: https://bndtechsource.wixsite.com/home Torsion bar calculations with FEA results (Excel): https://docs.google.com/spreadsheets/d/1fcnP6UekxEIm6hFiCFfc2Qd9F2D60D7H/edit?usp=sharing&ouid=114849995441101610372&rtpof=true&sd=true
CATIA deflection bar torsion analysis structural generative gsa v5 catia
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