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Components of structures fail in various ways - under tension, by compression, under shear or by buckling. Simple models and animation are used to illustrate these failure modes. Three balsa wood structures...
NB. THIS SERIES IS OUT OF DISTRIBUTION Series illustrating our relationship to structures, both natural and human-made. Explores various building structures, focusing on their roots, history of development,...
Examples of the application of the theorem to determinate beams and frames. Application to indeterminate beams.
Part 1: The relationship between the deflected shape, reactions and bending moments for simple beam structures. Part 2: The relationship between deflected shape, reactions and bending moments for more...
Two-dimensional structures with rigid connections between members; the concept of sway and non-sway structures.
The autofab is a beam, girder or column which is designed to carry loads above and beyond the capacity of hot rolled sections - universal beams and columns. Shows how the autofab is made from two flange...
By following the design and manufacture of a steel-frame building, examines and explains the BSI ‘Specification for the Structural Use of Steelwork in Buildings’, dealing in particular with the concepts...
Shows a building method devised by architects Arup Associates using stainless steel lattice work as a structural medium, the stainless steel tubes being filled with liquid for fire resistance.
Develops from first principles the expression for shear stress distribution in a beam with a rectangular cross-section subject to shear force, indicating the limitations of the approach.
Synchronised; pulse 300 Hz for 1.2 seconds. Intended audience: Part 2 BSc students. Item number: ME 501.
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