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Distributed Loading in Frames and Machines 1: Example Solutions
- Class notes • 6 pages • 2018
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Solution to the examples in the 'Distributed Loading in Frames and Machines' lecture.
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Equilibrium and Truss 1
- Class notes • 33 pages • 2018
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Introduction to Equilibrium in engineering structures, and the description of the force conditions necessary and sufficient to maintain equilibrium.
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Distributed Loading in Frames and Machines 1
- Class notes • 28 pages • 2018
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Introduction to the concept of 'Distributed Loading' - forces exerted over an area instead of simply at a point as discussed in previous chapters.
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Equilibrium and Truss 2: Methods of Joints and Sections
- Class notes • 32 pages • 2018
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Continuation of the lecture on 'Equilibrium and Truss', introducing the concepts of joints and sections in the analysis of equilibrium
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Forces and Vectors
- Class notes • 37 pages • 2018
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Introduction to the study of forces and vectors which act on engineering structures, and the effect thereof on these structures.
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Distributed Loading in Frames and Machines 2
- Class notes • 27 pages • 2018
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Continuation of the concept of distributed loading in frames and machines
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Moments and Couples: Example Solutions
- Class notes • 8 pages • 2018
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Solutions to the examples in the lecture of 'Moments and Couples'
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Orthogonal Projection
- Summary • 1 pages • 2018
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Detailed guide on Orthogonal Projection of Vectors in Two Dimensions. Covering two different methods in visually engaging diagrams.
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