(Professor Henderson) A course of one lecture per week throughout the year.
SYгs.лвцs. Lectures selected from the following subjects: History of industrial- ization, the management movement, principles of administration and management, fundamentals of organization, partnerships and companies, company balance sheets.
Works location and layout, style of buildings. Lighting, ventilation and heating.
Material handling; stores and accessory departments ; planning a factory, flowsheets, plans, models. Planning and scheduling ; costing and estimating; contracts. Motion and time study ; wage and incentive systems. Management and productivity, creative thinking. Industrial arbitration and awards. Industrial hazards, planning of safety measures.
Books. (a) Prescribed text-books:
Spriegel, W. R., and Lansburgh, R. H.-Industriál Management, (Wiley.) Metcalf, H. C., and Urwick, L.—Dynamic Administration.
Ashton, T. S.—The Industrial Revolution 1760-1830. (O.U.Р.) Hutton, G.—We too can prosper. (Allen and Unwin.)
King, W. J.—The Unwritten Laws of Engineering.' (M.U.P.)-
Williams, W.—Human Relations. (M.U.P.)
Partnership Act, 1958. (Victorian Government Printer.)
Notes and booklets supplied by the Department, for which a fee of f1 will be charged.
(b) Recommended for reference :
Allcut, E. A. Principles of Industrial Management. (Pitman.) Alford, L. P.-Principles of Industrial Management. (Ronald.)
Bethel, L. L., Atwater, F. G., Smith, G. H., and Stackman, H. A. Industrial Organization and Management. (McGraw-Hill.)
Puckey, W.—What is this Management! (Chapman and Hall.) Koepke, C. A. Pant Production Control. (Wiley.)
Publications of the Department of Labour and National Service.. The Companies Act, 1958. (Victorian Government Printer.) Labour and Industry Act, 1958. (Victorian Government Printer.)
Blatt—Industrial Safety.
Heinrich, H. W.—Industrial Accident Prevention. (McGraw-Hill.) Williamson, G. W.—The Materials Handling Manual. (Elck.)
Koontz, H., and O'Donnell, C. Principles of Management. (McGraw-Hill.) Drucker, P. F.—The Practice of Management. (Heinemann.) - b Osborn, A. F. Applied Imagination. (Scribners.)
Barnes, R. M.—Motion and Time Study. (Wiley.)
Alford, L. P., and Bangs, J. R. Production Handbook. <Ronald.)
Iresin, W. G., and Grant, E. L. Handbook of Industrial Engineering and Management. (Prentice Hall.)
Maynard, H. B. Industrial Engineering Handbook. (McGraw-Hí11.) Baalman, 3.—Outline of Law in Australia. (Law Book Co.)
Charlesworth, J—Mercantile Law., (Stevens.) EXAMINATION. One 3-hour paper, Pass standard only.
MECHANICAL ENGINEERING, PART I
(Mr. Hunt, lг. Vasey)A course of two lectures and three hours' practical work per week, for
about
22 weeks.Sуг_i tus. (a) Introduction to Engineering Thermodynamics. Power, in- dicator diagrams, work and heat. Heat conduction. Combustion of fuels. Laws of thermodynamics. Non-flow and steady flow equations. The perfect gas. Ideal cycles and their application to turbines, internal combustion engines, air com- pressors and refrigerators. Use of tables of thermodynamic properties. • .
(b) Power Transmission. Power output, loading and control of engines ; fly-wheels. The mechanical transmission of power in shafts : couplings, belts, gears, clutches, brakes. Balancing of rotating masses.
117
Booкs. (a) Prescribed text-books:
*Bevan, Т.—Theory of Machines. (Longmans.)
*Mayhew, Y. R., and Rogers, G. F. C.—Thermodynamic Properties of Fluids and other Data. (Basil Blackwell, Oxford.)
*Rogers, G. F. C, and Mayhew, Y. R. Engineering Thermodynamic Work and Heat Transfer. (Longmans.) For those proceeding to Mechanical En- gineering Part II.
*Everdell, M. H.—Fundamental Thermodynamics for. Engineers. (English Universities Press.) For those who are not proceeding to Mechanical Engineering Part II.
(b) Recommended for reference:
Keenan, J. H.—Thermodynamiićs. (Wiley.)
Spalding, D. B., and Cole, E. H.—Engineering Thermodynamics. (Arnold.) Robinson and Dickson.—Applied Thermodynamics. (Wiley.)
Green, W. G.—Theory of Machines. (Blackie.)
EXAMINATION. One 3-hour paper for Pass and Honours combined.
In order to pass the subject, st"dents must reach a satisfactory standard both in the practical work and in the written papers.
MECHANICAL ENGINEERING PART II (Mr. Pitt, Mr. Joubert, Mr. Hunt)
A course of two lectures and three hours' practical work per week throughout the year.
SYLтлвus. (a) Engineering Thermodynamics and Fluid Dynamics. Entropy changes for gases and other fluids. Charts of thermodynamic properties. The gas turbine simple cycle, with and without heat exchange. irreversible processes and iśentropic efficiency. Steam turbine cycles without feed heating. Stage efficiency.
Flow in convergent-divergent passages and normal shock waves. Potential flow.
Vector diagrams for turbine blades. Impulse and reaction turbines. Steam generation and condensation.
(b) Analysis of Plane Mechanisms. Displacements, velocities and accelera- tions in mechanisms and criteria for their geometrical design.
Воокs. (a) Prescribed text-books :
*Hunsaker, J. C., and Rightmire, E. G. Engineering Applications of Fluid Mechanics. (McGraw
-
Hill.)*Rogers, G. F. C., and Mayhew. Engineering Thermodynamics Work and . Heat Transfer. (Longmans.)
*Mayhew, Y. R., and Rogers, G. F. C.—TØermodynamic Properties of Fluids and other Data. (Basil Blackwell, Oxford.)
*Total Heat-Entropy Chart for Steam. (Arnold.)
Hunt, K. H. Mechanisms and Motion. (English Universities Press.) . (b) Recommended for reference :
Everdell, M. Н. Fundamental Thermodynamics for Engineers. (English Universities Press.)
Spalding, D. B., and Cole, E. H. Engineering Thermodynamics. (Arnold.) Bevan, T.—Theory of Machines. (Longmans.)
Mooney, D. A.—Mechanical Engineering Thermodynamics. (Chapman and Hall.)
Rosenauer, N., and WilIfs, A. 1.—KinematIcs of Mechanisms. (Associated General Publications.)
ЕxАМINАТІox. Two 3-hour papers for Pass and Honours combined. In order to pass the subject, students must reach a satisfactory standard both in the practical work and in the written papers.
MECHANICAL ENGINEERING PART III (Mr. Hunt, Mr. Joubert, Mr. Pitt)
Pлss Comm. About 60 lectures (i.e. three lectures per week for the first 20 weeks), with practical work and project work as set out below.
FINAL HoxouRs Comm About 75 lectures (which include the Pass lectures).
The extra lectures (in third term) will cover some topics in greater detail. The practical work and project work will be as set out below.
118
Sit ..Anus. The subject matter is included in the following general topics:
(a) Kinetic theory of gases. General thermodynamics applied to actual fluids. Analysis of unsteady flow. Heat transfer by conduction, convection and radiation. Advanced combustion theory both general and applied to reciprocating engines and gas turbines. More advanced theory of steam and gas turbines and methods of improvement of efficiency. Use of steam of heating and for process work. Heat pumps. Mixtures of gases and vapours. Air conditioning. Rotodynamic machinery. Steam cycles and thermal problems associated with nuclear reactors and nuclear power generation.
(b) Oblique shock waves. Prandtl-Meyer expansion, Linearised supersonic theory. Aerofoils in three dimensions. Blade element theory. Aircraft mechanics.
Boundary layers.
Рклcттслr. WORK. (Pass and Honours Courses.) Three hours per week for about half the year.
PRоJЕсг WoRK. (Pass and Honours Courses.) On completion of the practical work, all students will carry out a special project arranged in conjunction with the subjects Machine Tools and Metrology, and Machine Design, to occupy all the remaining practical and drawing-оfficе periods in all three subjects for the rest of the year. Project theses must be submitted in duplicate.
Booкs. (a) Prescribed text-books
:
*Fishenden, M., and Saunders, O. A...—An
Introduction
to Heat Transfer.(O.U.Р.)
*Hunsaker, J. C., and Rightmire, B.
G.-Engineering
Applications of Fluid Mechanics. (McGraw-Hill.)*Rogers, G. F. C., and Mayhew, Y. R.—Engineering Thermodynamics Work and Heat Transfer. (Longmans.)
*Mayhew, Y. R., and Rogers, G. F. C.—Tkermоdynamic Properties of Fluids and other Data. (Basil Blackwell, Oxford.)
*Total Heat Entropy Chart for Steam. (Arnold.) (b) Recommended for reference:
Everdell, M.
H. Fundamental
Thermоdyпaтics for Engineers. (English Universities Press.)Ewing, J. A.--Thermodynamics for Engineers. (C.U.P.) Schmidt,
E.—Thermodynamics.
(О.U.P.)Keenan, J
H.—Thermodynamics.
(Wiley.)Mooney, D.
A. Mechanical
Engineering Thermoдyпamics. (Chapman and Hall.)Keenan, J. H., and Kaye, J.-Thermodynamic Properties of Air. (Wiley.) Keenan, J. H., and Keyes, F.
G.—Thermodynamic
Properties of Steam.(Wiley.)
Kearton, W. J.—Steam Turbine Theory and Practice. (Pitman.) Salisbury, J.
К.—Steam
Turbines and Their Cycles. (Wiley.) Lyle,O.—The
EbTicient Use of Steaт. (H.М.S.O.)Pyе, D.
R.-The
Internal Combustion Engine, Vols. I and II. (O.U.P.) Ricardo, H.R. High-speed
Internal Combustion Engine. (4th ed., Blackie,1953.)
Davies, S. J.—Heat Pumps and
,
Thermal Compressors. (Constable.) Cohen, H., and Rogers, G. F. C.—Gas Turbine Theory. (Longmans.) Roxbee Cox, Sir H. Gas Turbine Principles and Practice. (Newnes.) British Standard Code B.S. 1042 :1943. Flow
Measurement. (British Standards Institution.)
Kay, J 1.—Fluid Mechanics and Heat Transfer. (C.U.P.)
Jakob, M., and Hawkins, G. A.—Elements of Heat Transfer. (Wiley.) Knudsen, J. G., and Katz, D. L. Fluid Dynamics and Heat Transfer,
,
(McGraw-Hill.)
McAdams, H.
H. Heat
Transmission. (McGraw-Hill.) Jakob, M. Неat Transfer. (Wiley.) •Brown, A. I., and Marco, S.
M. Heat
Transfer. (McGraw-Hill.) Hall, W. B.—Reactor Heat Transfer. (Temple Press.) .Wootton, W.
R: Steam
Cycles for Nuclear Power Plant. (Temple Press.) 119Von Mises, R.—Theory of Flight. (McGraw-Hill.)
Liepmann and Puckett. Aerodynamics of a Compressible Fluid. (Wiley.) Kuethe and Schetzer. Foundations of Aerodynamics. (Wiley.)
Glauert, H.—Aerofoil and Airscrew Theory. (C.U.P.) Liepmann and Roshko.—Elements of Gas Dynamics. (Wiley.) Shepherd, D. G. Principles of Turbo Machinery. (Macmillan.)
EXAMINATION. Two 3-hour papers for Pass candidates. Three 3-hour papers (which include the two Pass papers) for Final Honours candidates. Final Honours candidates will also be required to submit an essay on an approved subject not later than 21st November.
In order to pass the subject, candidates must reach a satisfactory standard both in the practical work and in the written papers.