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  Item Reference: KCLCAL-1944-1945-168

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178 FACULTY OF ENGINEERING CIVIL AND MECHANICAL ENGINEERING -Engineering Drawing First Year Two half-days per week -Lecture and Drawing Office Drawing Instruments and Scales-Principles of Plane and Solid Geometry-Isometric Projection-Drawing from Sketches-Production of Iron and Steel-The Construction of Simple Machine parts including Rivets and Riveted Joints-Screwthreads Studs Bolts and Nuts- Joints-Keys and Cotters-Shafts and Shaft Couplings-Stuffing Boxes and Bearings-Valves-Engine details -Practical Applied Mathematics First Year One half-day per week Graphics -Stress and Strain-Moduli of Elasticity-Tension Com- pression Shear-Elastic and Ultimate Strength-Ductility-Plasticity -Determination of Forces in Framed Structures and of Reactions Bending Moments and Shearing Forces in Beams-Determination of Areas Centroids and Moments of Inertia-Graphic Differentiation and Integration of Curves-Velocity and Acceleration Diagrams- Use of Slide Rule and Planimeter Laboratory -Use of Micrometers Vernier-Callipers and Protractor and of Weighing Apparatus-Experiments on Equilibrium of Uniplanar Forces and their Moments-Centre of Gravity-Friction of Non-lubricated Surfaces and of Belt on Pulley-Mechanical Advantage and Efficiency of Simple Machines-Flywheel-Moment of Inertia- Simple and Compound Pendulums-Linear and Torsional Oscillations -Specifio Gravity of Liquids and Solids-Buoyancy-Hydrostatic Pressure-Boyle's Law Tensional Tests of Steel Bars-Load- Elongation Diagram-Determination of Young's Modulus-Com- pression and Shearing Tests -Strength and Elasticity of Materials Second Year One lecture and one tutorial class per week Laboratory -First and second terms one afternoon in alternate weeks Simple and Compound Stresses-Strain Moduli of Elasticity Theory of Bending-Deflection of Beams-Built-in Beams Torsion-Combined Bending and Torsion Resilience-Effect of suddenly Applied Loads Application of Resilience to Problems in Bending and Torsion Plate Springs and Helical Springs Strength of Thin Shells under Internal Pressure Strength of Rotating Rings Eccentric Loading of Columns and Tie Bars Strength of Struts and Columns
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