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PROJECT FILES
Type: Video Links
Title Author Description
Rigid Bodies in 2D - Introduction | Rigid Bodies in 2D - Introduction Michael Seica
Rigid Bodies in 2D - External and Internal Forces. Free Body Diagrams | Rigid Bodies in 2D - External and Internal Forces. Free Body Diagrams Michael Seica
Rigid Bodies in 2D - Principle of Transmissibility | Rigid Bodies in 2D - Principle of Transmissibility Michael Seica
Moment of a Force About a Point - Introduction | Moment of a Force About a Point - Introduction Michael Seica
Moment of a Force About a Point - Vector Product of Two Vectors | Moment of a Force About a Point - Vector Product of Two Vectors Michael Seica
Moment of a Force About a Point - Moment in 3D and 2D | Moment of a Force About a Point - Moment in 3D and 2D Michael Seica
Moment of a Force About a Point - Equivalent Systems. Principle of Moments | Moment of a Force About a Point - Equivalent Systems. Principle of Moments Michael Seica
Moment of a Force About an Axis - Introduction | Moment of a Force About an Axis - Introduction Michael Seica
Moment of a Force About an Axis - Scalar Product of Two Vectors. Projection of a Force on an Axis | Moment of a Force About an Axis - Scalar Product of Two Vectors. Projection of a Force on an Axis Michael Seica
Moment of a Force About an Axis - Examples | Moment of a Force About an Axis - Examples Michael Seica
Moment of a Force About an Axis - Moment of a Force About an Axis | Moment of a Force About an Axis - Moment of a Force About an Axis Michael Seica
Couples - Introduction | Couples - Introduction Michael Seica
Couples - Couples. Force-Couple Systems | Couples - Couples. Force-Couple Systems Michael Seica
Couples - Examples | Couples - Examples Michael Seica
Couples - Couples in 3D | Couples - Couples in 3D Michael Seica
Reduction of a System of Forces I - Introduction | Reduction of a System of Forces I - Introduction Michael Seica
Reduction of a System of Forces I - Reduction of a System of Forces to One Force and a Couple | Reduction of a System of Forces I - Reduction of a System of Forces to One Force and a Couple Michael Seica
Reduction of a System of Forces I - Location of the Resultant Force for a System of Forces and Couples | Reduction of a System of Forces I - Location of the Resultant Force for a System of Forces and Couples Michael Seica
Reduction of a System of Forces II - Coplanar Forces - Examples 1, 2 | Reduction of a System of Forces II - Coplanar Forces - Examples 1, 2 Michael Seica
Reduction of a System of Forces II - Coplanar Forces - Example 3 | Reduction of a System of Forces II - Coplanar Forces - Example 3 Michael Seica
Equilibrium of Rigid Bodies in 2D I - Introduction | Equilibrium of Rigid Bodies in 2D I - Introduction Michael Seica
Equilibrium of Rigid Bodies in 2D I - Support Conditions in 2D | Equilibrium of Rigid Bodies in 2D I - Support Conditions in 2D Michael Seica
Equilibrium of Rigid Bodies in 2D II - Introduction | Equilibrium of Rigid Bodies in 2D II - Introduction Michael Seica
Equilibrium of Rigid Bodies in 2D II - Degrees of Freedom. Equations of Equilibrium | Equilibrium of Rigid Bodies in 2D II - Degrees of Freedom. Equations of Equilibrium Michael Seica
Pulleys - Examples | Pulleys - Examples Michael Seica
Pulleys - Pulleys | Pulleys - Pulleys Michael Seica
Statically Determinate and Indeterminate Bodies - Introduction | Statically Determinate and Indeterminate Bodies - Introduction Michael Seica
Statically Determinate and Indeterminate Bodies - Statical Determinancy and Indeterminancy | Statically Determinate and Indeterminate Bodies - Statical Determinancy and Indeterminancy Michael Seica
Statically Determinate and Indeterminate Bodies - Adequacy of Constraints | Statically Determinate and Indeterminate Bodies - Adequacy of Constraints Michael Seica
Equilibrium of Rigid Bodies in 3D I - Introduction | Equilibrium of Rigid Bodies in 3D I - Introduction Michael Seica
Equilibrium of Rigid Bodies in 3D I - Support Conditions in 3D | Equilibrium of Rigid Bodies in 3D I - Support Conditions in 3D Michael Seica
Equilibrium of Rigid Bodies in 3D I - Degrees of Freedom. Equations of Equilibrium | Equilibrium of Rigid Bodies in 3D I - Degrees of Freedom. Equations of Equilibrium Michael Seica
Equilibrium of Rigid Bodies in 3D I - Example | Equilibrium of Rigid Bodies in 3D I - Example Michael Seica
Equilibrium of Rigid Bodies in 3D II - Introduction | Equilibrium of Rigid Bodies in 3D II - Introduction Michael Seica
Equilibrium of Rigid Bodies in 3D II - Example 2. Adequacy of Constraints | Equilibrium of Rigid Bodies in 3D II - Example 2. Adequacy of Constraints Michael Seica
Equilibrium of Rigid Bodies in 3D II - Examples 3 and 4 | Equilibrium of Rigid Bodies in 3D II - Examples 3 and 4 Michael Seica
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Mechanics
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The principles of statics are applied to composition and resolution of forces, moments and couples. The equilibrium states of structures are examined. Throughout, the free body diagram concept is emphasized. Vector algebra is used where it is most useful, and stress blocks are introduced. Shear force diagrams, bending moment diagrams and stress-strain relationships for materials are discussed. Stress and deformation in axially loaded members and flexural members (beams) are also covered.
 
Project Lead(s): Michael Seica
Project Collaborator(s): Matt Gow
Project Team Members: Min Sun
Details
Used in:
APS160

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