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Here I go through two examples of the first law of thermodynamics for closed systems. The first on e is a polutropic process where I calculte the final conditions and the heat and work. The second…
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Section 9 Disposal Phase - Slide Pack Pages 30-31
Optional Metadata - Department
Aerospace Engineering
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Section 10 CADMID vs Extended V-Model - Slide Pack Pages 32-36
Optional Metadata - Department
Aerospace Engineering
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Section 8 In-Service Phase - Slide Pack Pages 28-29
Optional Metadata - Department
Aerospace Engineering
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Section 7 Manufacture Phase - Slide Pack Pages 26-27
Optional Metadata - Department
Aerospace Engineering
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Section 6 Demonstration Phase - Slide Pack Pages 23-25
Optional Metadata - Department
Aerospace Engineering
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Section 5 Assessment Phase - Slide Pack Pages 19-22
Optional Metadata - Department
Aerospace Engineering
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Section 4 Concept Phase - Slide Pack Pages 13-18
Optional Metadata - Department
Aerospace Engineering
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Section 3 CADMID Lifecycle Introduction - Slide Pack Pages 7-12
Optional Metadata - Department
Aerospace Engineering
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Section 2 Air System Lifecycle (Part Of!) Video - Slide Pack Page 6
Optional Metadata - Department
Aerospace Engineering
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Section 1 Lecture Introduction and Definitions - Slide Pack Pages 1-5
Optional Metadata - Department
Aerospace Engineering
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This session gives us an overview of chest examination and investigation of those presenting with respiratory complaints
Optional Metadata - Department
Nursing and Midwifery
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Aspects of anatomy and physiology of the respiratory system
Optional Metadata - Department
Nursing and Midwifery
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A video of the Henry Royce Institute's Desktop Metal Studio System in operation at the Royce Translational Centre. In this video we watch the engineer as he places parts in the debinder, and…
Optional Metadata - Department
Faculty of Engineering
Materials Science and Engineering
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Motion Capture of the Can Can Dance
Optional Metadata - Department
Mechanical Engineering
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What is a closed system. The first law for closed systems. Definition of adiabatic and isentropic processes.
Optional Metadata - Department
Aerospace Engineering
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