Energy
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Mechanics Lab – Theory of Machines: Gears, Cams, Screws & Flywheel (Solution 1)
MePA code: ABX-AR25019-2
Lab Objectives 1. Develop an understanding of the mechanics of …
Mechanics Lab – Theory of Machines: Brakes, Balancing, Governors & Transmissions (Solution 2)
MePA code: ABX-AR25020-2
Lab Objectives 1. Understand kinematic and dynamic relationships in mechanical …
Mechanics Lab – Strength of Materials: Fatigue & Cantilever Tests with Digital Measurement (Solution 1)
MePA code: ABX-AR25021-2
Lab Objectives Understand the phenomenon of material fatigue o Analyse …
Mechanics Lab – Strength of Materials: Torsion, Creep & Impact (Solution 2)
MePA code: ABX-AR25022-2
Lab Objectives Analyse how materials behave under mechanical stress – …
Mechanics Lab – Strength of Materials: Tension, Compression, Bending & Hardness (Solution 3)
MePA code: ABX-AR25023-2
Lab Objectives Analyse the mechanical properties of materials o Study …
Mechanics Lab – Friction and Tribology: Coefficients, Clutches and Bearings (Solution 1)
MePA code: ABX-AR25024-2
Lab Objectives This solution includes technology systems that help foster …
Mechanics Lab – Friction in Transmissions: Belts, Ropes and Brakes (Solution 2)
MePA code: ABX-AR25025-2
Lab Objectives Understand friction phenomena in transmission systems Students study …
Energy Lab – Heat Transfer: Conduction, Convection and Radiation (Solution 1)
MePA code: ABX-AR25026-2
Lab Objectives Understand the fundamental mechanisms of heat transfer Students …