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Mechanical Design With Fusion 360 Design Of Jack

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3:00:46

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  • 1 - Introduction.mp4
    03:16
  • 2 - What is a Car jack.mp4
    03:22
  • 3 - Basics of Lead screws.mp4
    03:37
  • 4 - Problem statement and Requirements.mp4
    03:16
  • 5 - CONCEPTPARAMETRICSKETCHJACKDESIGN.zip
  • 5 - Concept Parametric Sketch.mp4
    11:18
  • 6 - Special feature Interlocking teeth.mp4
    01:34
  • 7 - Base Bracket.mp4
    17:51
  • 8 - Bottom Link 1 Design Sketch.mp4
    11:25
  • 9 - Bottom Link 1 Modelling.mp4
    14:07
  • 10 - Bottom Link 2 Sketch.mp4
    08:53
  • 11 - Transferring Body from Top component to sub component.mp4
    01:03
  • 12 - Bottom Link 2 Modelling.mp4
    04:58
  • 13 - Top Link 1 Modelling.mp4
    07:30
  • 14 - Top Link 2 Design.mp4
    04:55
  • 15 - Making Holes on links.mp4
    04:48
  • 16 - Top Bracket design.mp4
    04:31
  • 17 - Pin Blocks modelling.mp4
    03:40
  • 18 - Lead screw Modelling.mp4
    03:27
  • 19 - Hook Modelling for rotating the lead screw.mp4
    05:28
  • 20 - Need for Bearing.mp4
    00:45
  • 21 - Modelling Bearing housing.mp4
    01:53
  • 22 - Top and Bottom Pin Rivet modelling.mp4
    05:41
  • 23 - Modelling the Mid Threaded Pins.mp4
    05:27
  • 24 - Aligning the Mid Pins to Holes.mp4
    02:38
  • 24 - PROJECTJACKv43.zip
  • 25 - Importance of Section of Links.mp4
    01:40
  • 26 - LEARNINGRESOURCE.pdf
  • 26 - Static Force Analysis Of Top links.mp4
    05:07
  • 27 - Finding the tension in Lead screw Rod.mp4
    03:54
  • 28 - Simplified Formula relating Tension to Load.mp4
    01:24
  • 29 - Specifications of the Lead screw Threads.mp4
    01:52
  • 30 - Working Principle Inclined Plane.mp4
    01:43
  • 31 - Free Body Diagram of Lead Screw.mp4
    03:13
  • 32 - Force Analysis of Lead Screw.mp4
    05:13
  • 33 - Equations for torque and Self Locking conditions.mp4
    03:40
  • 34 - Specifying the Threads in SI units.mp4
    02:15
  • 35 - Calculating Raising Torque and Check Self Locking.mp4
    03:19
  • 36 - Tensile Stress in Lead Screw calculations.mp4
    02:28
  • 37 - Evaluating the Pins for Shear.mp4
    02:13
  • 38 - Evaluating the Lead screw in Torsion.mp4
    01:09
  • 39 - Calculating Number of Revolutions required to lift.mp4
    01:52
  • 40 - Possible Failure Modes and Design Remedies.mp4
    04:21
  • 41 - Bonus More resources for learning Mechanical engineering and design.html
  • 41 - Discount coupons for all my Udemy courses.txt
  • 41 - Learning Guide for mechanical design engineers.txt
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    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 40
    • duration 3:00:46
    • English subtitles has
    • Release Date 2024/03/13