PE Meche Applications
II.A. Mechanical Components

Overview

Part 1.

Under Construction...

Table of Contents

Mechanical Components
    Pressure vessels and piping (e.g., thick/thin wall)
    Bearings (e.g., types, lubrication analysis, life-load analysis)
    Gears (e.g., types, speed analysis, force analysis)
    Springs (e.g., types, force analysis, fatigue analysis)
    Dampers (e.g., types, selection)
    Belt, pulley and chain drives (e.g., types, force analysis)
    Clutches and brakes (e.g., types, torque/force analysis)
    Power screws (e.g., types, lifting and lowering torque, locking conditions)
    Shafts and keys (e.g., torsion, bending, static/fatigue failure, stress risers)
    Mechanisms (e.g., linkages, cams, slider crank, levers, force analysis, kinetic analysis)
    Basic mechatronics (e.g., electromechanical interfaces, sensors, basic circuits, basic controls)
    Hydraulic and pneumatic components (e.g., pumps, cylinders, presses)
    Motors and engines (e.g., energy conservation, efficiency)
   


Mechanical Components


Pressure vessels and piping


Whipped Cream Canister - Thin wall

WhippedCream Cannister CAD

How it Works

Take Apart

* Still trying to figure out the noise reduction to remove the fan sound of the computer.


Bearings (e.g., types, lubrication analysis, life-load analysis)


Gears (e.g., types, speed analysis, force analysis)


Springs (e.g., types, force analysis, fatigue analysis)


Dampers (e.g., types, selection)


Belt, pulley and chain drives (e.g., types, force analysis)


Clutches and brakes (e.g., types, torque/force analysis)


Power screws (e.g., types, lifting and lowering torque, locking conditions)


Shafts and keys (e.g., torsion, bending, static/fatigue failure, stress risers)




Mechanisms (e.g., linkages, cams, slider crank, levers, force analysis, kinetic analysis)


No-Twist C-Clamp - 2 inch

McMaster C Clamp 2 inch CAD

How it Works


Basic mechatronics (e.g., electromechanical interfaces, sensors, basic circuits, basic controls)


Hydraulic and pneumatic components (e.g., pumps, cylinders, presses)


Motors and engines (e.g., energy conservation, efficiency)

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Schedule

  • Overview Meche PE
  • Product Dev. Process
  • Explore → Hands On
  • I - Principles
  • → Foundation
  • → A - Basic Engineering Practices
  • → B - Engineering Science and Mechanics
  • → C - Material Properties
  • → D - Strength of Materials
  • → E - Vibration
  • II - Applications
  • → A - Mechanical Components
  • → B - Joints and Fasteners
  • → C - Supportive Knowledge
  • III - Holistic Knowledge
  • → A - Heat Transfer
  • → B - Fluid Dynamics
  • → C - Controls
  • → D - Thermodynamics
  • → E - Electronics
  • IIII - Precision Machine
  • → A - Error Apportionment
  • → B - Metrology