Tutorials

Front Suspension Simulation using CATIA DMU Kinematics

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This BND TechSource video shows how to create Front Suspension Simulation using DMU Kinematics in CATIA V5. https://bndtechsource.wixsite.com/home

All SWEEP surface commands in CATIA V5

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https://www.youtube.com/watch?v=_jOvqnrtn34

Catia Part Modeling

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Part Modeling

ALLOY WHEEL SUPERCARS

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In this video you will understand the basic's of making a car wheel design model in Catia software and you can enhance your exploration skills . this video contains the model in 3d using Catia tools . Catia part modelling is used in this product. how you can create a car part design in 3d model in Catia platform as new car wheel and rim technologies are coming up now a days for security as well as customer purpose so learn enjoy and share this video if you find it helpful . subscribe like comment share. in my every videos you will get to learn Catia modelling such as : Catia car design assembly design in Catia cad Catia Catia for beginners Catia v5 R21 Catia v5 assembly design Catia v5 for beginners Catia v5 tutorials design of flange coupling in Catia v5 Catia part modelling MORE DESIGN VIDEOS ARE DOWN HERE : car wheel design Catia V5 R21 https://youtu.be/6mLr4uywQw0 mi watch design Catia V5 R21 https://youtu.be/JxJRpLI1sSA TV model design Catia V5 R21 Drone design basics Catia V5R21 https://youtu.be/HLR-Y

Lever

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The lever with a spring two-position

Catia V5 & V6 Part And Assembly Design Exercise Tutorial

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CATIA V5 & V6 Part Design & Assembly Learn In easy Way. Training Video For professional Designer. See All Design To Learn to Design and assemble The Parts in Diff Ways And Methods. Check The Playlist For More Updates In all Kind Of Design Software Subscribe

Autodesk Inventor Part And Assembly Design Exercises Tutorial

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autodesk inventor Part Design & Assembly Learn In easy Way. Training Video For professional Designer. See All Design To Learn to Design and assemble The Parts in Diff Ways And Methods. Check The Playlist For More Updates In all Kind Of Design Software Subscribe.

Assembly in Catia

2 1 Expert
New Tutorial in Catia V-5 | Assembly in Catia v5 & Catia V6 | Assembly in catia

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

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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

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

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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

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

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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

Rear Suspension Simulation using CATIA DMU Kinematics

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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

23/6/2022

1 0 Expert
23/6/2022

Catia Product Knowledge Template

1 1 Expert
Product template made for BIW Rest and Clamp unit which is made for many possibilities. It reduces design time.

Approximate vs. Involute Gear Tooth Profile in CATIA V5

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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