Course Details in 2021/22 Session
|Module Title ||Sensors and Composites|
|School||Metallurgy and Materials|
|Department || Metallurgy & Materials|
|Module Code || 04 21364 |
|Module Lead ||Prof Gerard Fernando|
|Level || Masters Level |
|Credits || 10 |
|Semester|| Semester 1|
|Restrictions || MRes in the Science and Engineering of Materials|
MRes in Biomaterials
MRes in Materials for Sustainable Energy Technologies
MEng in Materials Engineering
|Exclusions || |
|Description || This module will provide an introduction to fibre reinforced organic matrix composites and optical fibre sensors. With reference to fibre reinforced composite materials, the lecture series will provide basic information on the constitutive materials and their mechanical, chemical and physical properties. Non-destructive techniques will also be covered briefly. Emphasis will be placed on linking the processing chemistry to the development of sensors. Typical failure modes will be discussed and once again these will be linked to the design and development of sensor systems.|
With reference to optical fibre sensors, this module will provide a basic introduction to optical fibres and as to how the properties of the lightguide can be modified or engineered to design sensors. The sensors systems to be addressed will include intensity, polarisation and interferometric devices. The construction of sensors for monitoring strain, temperature, vibration and specified chemical species will be considered. The demonstration for this element of the module will include infrared spectroscopy using optical fibres and their sensors and light sources and detectors. The students will be given hand-on experience on handling fibres and in constructing specified optical fibre sensors.
Three revision sessions will be held just prior to the open-book examination.
|Learning Outcomes || By the end of the module the student should be able to:|
- Appreciate the types of reinforcing fibres and organic matrices available for composites.
- Understand terms such as load-transfer, critical length, interfacial bond strength, coupling agents and cross-linking kinetics.
- Appreciate conventional techniques for processing composites and test methods to assess the properties of composites.
- Understand typical damage initiation and propagation modes in composites.
- Appreciate the technology associated with optical fibre, sensors and associated instrumentation.
- Discuss how the properties of the lightguide can be used to construct sensors for process monitoring of composites and also to assess the structural integrity.
- Discuss how the properties of composites can be modified.
- Discuss the recycling of composite materials.
21364-01 : Module Mark : Exam (School Arranged) - Open Book (100%)
|Assessment Methods & Exceptions || One hour written exam (50%), Coursework (50%) |
|Other || |
"Instrumentation and control systems", W Bolton, Elsevier, Newnes, (2004). ISBN: 750664320
"IIntroduction to composite materials", D Hull and TW Clyne, Cambridge University Press, 1996. ISBN: 521381908.
"Materials selection in mechanical design", M F Ashby, Elsevier, Butterworth-Heinemann (1992). ISBN: 750661682
"Engineering Materials 2", M F Ashby and D R H Jones, Elsevier, Butterworth-Heinemann, (1986), Third edition. ISBN: 9780750663816
"Smart materials technologies", M Addington and D Schodek, Elsevier, Architectural Press, (2005). ISBN: 9780150662253.