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Shows the steps involved in the mounting of an electrical resistance foil-type strain gauge on a component, including surface preparation, gauge mounting, connection of jump leads and main lead wires,...
Defines the energy transfers of work and heat. Derives the work transfer in a closed system. Shows that energy has only an arbitrary datum.
Defines an ideal process as being a frictionless process. Introduces isentropic efficiencies. Describes an ideal process as a reversible process.
Part 1: Derives the steady flow energy equation. Part 2: Shows the uses of the steady flow energy equation in typical engineering examples: throttle, turbine, compressor, etc.
Covers the whole range of properties of area from total area to product moments, including the parallel and perpendicular axes principles. The final section is based on a graphical approach to area...
Part 1: Introduces the idea of three phases, and the transition between them, whilst concentrating on the liquid-gas phase. Also discussed are triple point, critical point, PVT equilibrium surface,...
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.
Shows the construction of the strain circle and stress circle from the three strain readings from a strain gauge rosette. Indicates the important values to be read from the strain and stress values, and...
Synchronised; pulse 300 Hz for 1.2 seconds. Intended audience: Part 2 BSc students. Item number: ME 501.
Part 1 introduces the concept of an ideal gas, and gives a worked example using the two equations mentioned. Part 2 derives some more useful property relationships. Gives details as to what and when...
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