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Strength of Materials Engineering
- Summary • 7 pages • 2023
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Available in package deal
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This summery covers the basics of Strength of Materials, specifically for first year engineering students. It includes: 
-Equilibrium of rigid bodies 
-Loadings 
-Simple Trusses 
-Internal forces 
-Shear force and moments
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Strength Of Materials
- Package deal • 2 items • 2023
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- $11.75
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A summery of both Strength of Material Statics and Mechanics
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Summary Biomechanics (statics included)
- Summary • 19 pages • 2020
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Available in package deal
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Summary of theory of biomechcanics, including step guide on how to solve problems in statics for example. Covers all theory of the course biomechanics for biomedical engineering students at the RUG. Both the statics and final biomechanics exam are open book, so you can bring this summary with you to the exam! The content is summarized in the order of the given lectures.
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Semester 1b first years biomedical engineering RUG
- Package deal • 4 items • 2020
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- $16.63
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summary of semester 1b, courses: material science, biomechanics and 'anatomy & physiology'. NOTE: the summary for the physiology part is written according to the old cohord. Check the content for the anatomy and physiology course, since they were given as 2 different courses in the old cohord. You might have to know less of the physiology part!
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Summary Statics 1 Literature
- Summary • 8 pages • 2019
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- $4.98
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Engineering Mechanics Statics, Literature summary, Chapter 2 up to and including 6
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Strength OF Materials Engineering
- Summary • 8 pages • 2023
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Available in package deal
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- $7.83
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This summery covers the engineering first year university principles of Strength of Materials and includes: 
-Stress and strain 
-Poisson ratio 
-Modulus of rigidity 
-Hooke's Law 
-Saint Vernant's Principle 
-Torsion 
-Shear strain, stress 
-Power Transmission 
-Angle of Twist 
-Bending deformation of a straight member 
-Flexible formula 
-Moment of Inertia 
-Deflection of Beams 
-Moment Curvature Relationships 
-Slope and Displacement by integration 
-Thin walled pressure vessels
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