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  Item Reference: KCLCAL-1931-1932-229

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FACULTY OF ENGINEERING 227 -Theory and Design of Structures Two lectures per week throughout the Session Drawing Michaelmas and Lent Terms one half-day per week Easter Term two half-days per week Bending Moment and Shearing Force Diagrams for Dead and Live Load-Influence Lines-Design of Compound and Plate Web Girders Graphical and Analytical Methods of estimating Forces in Framed Structures-Effects of Wind Pressure-Live and Dead Load Stresses Design of Roof Trusses and other Framed Structures-Estimation of Deflection-Steel Framed Buildings Riveted and Pin Joints Design of Columns and Struts-Grillage and other Foundations Continuous Beams Hinged and Fixed Arches Suspension Bridges Redundant Frames Temperature Stresses z8-Theory and Design of Machines Third Year One lecture per week Tutorial Class alternate weeks Drawing one afternoon alternate weeks Valves and Valve Gears-Reversing and Variable Expansion Gears- Link Motions-Radial Gears Principles of Primary and Secondary Balancing Design and Advanced Theory of Governors Inertia Forces in Mechanisms-Vibrations-Whirling of Shafts Thick Cylinders-Rotation of Discs Design of Worm and Helical Gearing Mechanisms in three dimensions Gyrostatic action -Hydraulics Third Year One lecture per week throughout the Session Tutorial Class alternate weeks Laboratory -One afternoon alternate weeks Water Power-Impact of Jets-The Pelton Wheel and other Im- pulse Turbines-Reaction Turbines-Speed Regulation-Centrifugal Pumps-Reciprocating Pumps-Water Hammer in Pipe Lines- Transmission of Power by Hydraulic Pressure-Accumulators-Flow of Gases through Orifices and Pipes-Viscosity-Theory of Lubrica- tion-Principle of Dynamical Similarity and its application to fluid motion
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