20 credits at level HE5
The aim of the modle is to increase students' understanding of the technical aspects of vehicles, especially in relation to safety, environmental concerns, legislation and vehicle performance.
A systems approach will enable students to understand how the modern vehicle and vehicle components industries interact.
(i) Definition and understanding of vehicle systems approach.
(ii) Overview of theory behind vehicle safety, aerodynamics, performance, noise and ergonomics.
(iii) Testing methods associated with vehicle development and diagnostics.
(iv) Vehicle manufacturing processes and their relationship to the systems approach.
(v) Internal combustion engine cycles, combustion processes and exhaust gas production.
(vi) Automotive fuels and lubricants.
Delivery of the model will predominantly be by lecture and tutorial, with a significant element of actual vehicle testing and engine testing as practicals. The use of computer-aided testing methods will enable assessment to include laboratory reporting.
Lectures 40 hours
Tutorials 12 hours
Practicals 8 hours
Coursework 40 hours
Self study 98 hours
when you have successfully completed this module you will:
to demonstrate that you have achieved the learning outcome you will:
|1.||Be able to understand terminology and test methods used in the vehicle industry.||Carry out and report on a series of engine and vehicle tests.|
|2.||Be able to calculate vehicle performance, and to assess how well a design performs against its competitors.||Conduct assessments of vehicle performance using known parameters and diagnostic tools.|
|3.||Be able to understand the interaction of technical aspects of vehicle design.||Discuss the likely effects of changing one parameter against other parameters.|
|4.||Understand the problems associated with matching engines to transmission and chassis systems for a variety of vehicle types.||Produce tractive effort and road load curves for vehicles using case study data and practically using a vehicle on a chassis dynamometer.|
|5.||Be able to calculate engine performance from known factors, and to analyse the impact of fuels on environmental pollution.||Conduct engine and vehicle tests to study these effects.|
Your achievement of the learning outcomes for this module will be tested as follows:
|Description||Case studies on particular vehicle design & applications.||Write up a series of practical tests.|
There are no prerequisites for this module.
No restrictions apply.
Bosch Automotive Handbook ISBN 0-8376-12438
Stone, Richard, Internal Combustion Engines, McMillan, ISBN 0-333-0550833-6
Heisler, Heinz, Advanced Engine Technology, Arnold, ISBN 0-340-568224
Heisler, Heinz, Advanced Vehicle Technology, Arnold, ISBN 0-7131-3660-X
Heywood, JB, Internal Combustion Engine Fundamentals , ISBN 0-0710-04998
Stone, R, Motor Vehicle Fuel Economy, McMillan, ISBN 0-333-43820-5
Happran-Smith, J, Introduction to Modern Vehicle Design, 2005, Heinmann
Automotive Engineer, Journal, SAE Publicatons.
Automobile Engineer, Jounal, IMechE Publications
|Host Subject Group:||Engineering|
|User Name||Date Accessed||Action|