Lessons

• Mechanical Design: Equations - Friction Force

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations
• Mechanical Design: Excel Discussion

• Mechanical Design: Excel

  In this lesson we will explore how Excel is used to solve mechanical design problems.
• Mechanical Design: Equations - Shear Stress

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations.
• Mechanical Design: Equations - Bending Stress

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations.
• Mechanical Design: Equations - Deflection

  As a mechanical designer you will occasionally need to solve mechanics problems such as the above by using specific engineering equations.
• Mechanical Design: Equations - Moment of Inertia

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations.
• Mechanical Design: Equations - Torque

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations
• Mechanical Design: Equations - Spring Force

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations
• Mechanical Design: How to point moments in the right direction

  The mathematical definition of a moment (i.e. its equation) is perpendicular distance x force (see illustration below...the blue circle represents the pivot axis).
• Mechanical Design: Equations - Pressure

  As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations.
• Mechanical Design: Equations - Stress

  ​​​​​​​As a mechanical designer you will occasionally need to solve mechanics problems by using specific engineering equations.
• Mechanical Design: Material Properties - FOS Calcs

  Material properties are specific properties that are intrinsic to materials that cause them to behave the way they do.
• Mechanical Design: Material Properties Discussion

  Material properties are specific properties that are intrinsic to materials that cause them to behave the way they do.
• Mechanical Design: Free Body Diagrams Part 2.1

  Free body diagrams provide a visual method of analyzing the forces and reactions within a given system.
• Mechanical Design: Free Body Diagrams Part 2

• Mechanical Design: Free Body Diagrams, Part 1

  Free body diagrams provide a visual method of analyzing the forces and reactions within a given system.
• Mechanical Design: Forces & Vectors

  The mathematical definition of a moment (i.e. its equation) is perpendicular distance x force (see illustration below...the blue circle represents the pivot axis).