Engineering, School of
Sub-Communities within this Community
Recent Submissions
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Behaviour of intumescent coatings under non-standard heating conditions
(The University of Edinburgh, 2020-11-30)Intumescent coatings are commonly used to protect steel structural elements from fire. In the event of a fire, an intumescent coating undergoes multiple chemical reactions and physical process, causing the coating to swell ... -
Innovative bioactive scaffold technologies for vascular tissue engineering: influences of morphology and composition
(The University of Edinburgh, 2020-11-30)Vascular disease is currently the leading cause of mortality worldwide, with coronary heart disease, peripheral arterial disease and strokes accounting for upwards of 30% of all deaths in Europe. Bypass grafting is one ... -
Multimodal and disentangled representation learning for medical image analysis
(The University of Edinburgh, 2020-11-30)Automated medical image analysis is a growing research field with various applications in modern healthcare. Furthermore, a multitude of imaging techniques (or modalities) have been developed, such as Magnetic Resonance ... -
Efficient simulation of nonspherical particles using the discrete element method
(The University of Edinburgh, 2020-11-30)The discrete element method (DEM) is a numerical simulation approach for particulate systems proposed during the 1970s. The computational expense of DEM traditionally limited the simulations to small numbers of highly-idealised ... -
Explosive spalling of concrete in fire: novel experiments under controlled thermal and mechanical conditions
(The University of Edinburgh, 2020-11-30)Modern concretes are increasingly susceptible to a failure mechanism known as heat-induced explosive concrete spalling. This involves the sudden loss of material during severe thermal exposures such as might be experienced ... -
Wind Energy And The Environment
(Energy Technology Support Unit (ETSU) for the Department of Energy, 1983)Worldwide interest in wind energy has been growing over a number of years. We describe UK wind energy activities with particular reference to the Department of Energy's programme and survey progress with large wind turbines ... -
Wave Energy Device
(PROJECT ASSESSMENT & DEVELOPMENT LTD, A LAING COMPANY, 1981) -
Wave Energy Study: Nel Oscillating Water Column, Bottom Standing Device, Preliminary Study
(Department of Industry: National Engineering Laboratory, 1979)The feasibility of a bottom standing oscillating water column wave energy device is studied. Several methods of providing foundations using existing technology are outlined. One method is selected and examined in greater ... -
Feasibility Study On Submerged Oscillating Water Column Wave Energy Devices: Progress Report 1St July 1979 To 31St May 1980
(Vickers Limited: Design and Projects Division, 1980)The period covered by this report (July 1979 to May 1980) has seen the emergence of two new devices, the Submerged Wave Chamber and the Twin Oscillating Water Column. Both these concepts are logical extensions of the ... -
An Approximate Method To Calculate The Minimum Efficient Size Of A Wave Energy Converter, Including Submerged Devices
(GEC Power Engineering Limited: Power Transmission Division, 1979)The method is based on very simplified assumptions about the Wave Energy Converter (WEC) device, including that for reasonable effeciency the local water velocity should not be required to increase much above that existing ... -
Cockerell Lp Rafts In Steel
(A & P Appledore, 1979) -
Wave Energy Study: Nel Oscillating Water Column Bottom Standing Device, Preliminary Study Addendum
(Department of Industry: National Engineering Laboratory, 1979)The original report dated May 1979 has been revised to take account of newly available data. Output predictions have been revised and agreed with Rendel Palmer and Tritten. New costs have been calculated which show a 66% ... -
Wave Energy: The Department Of Energy'S R&D Programme 1974-1983
(ETSU for the Department of Energy, 1985)The intensive phase of the Department of Energy's wave energy research and development programme ran from 1974 to 1983 and cost approximately £15M. The basic objectives of the programme were to establish the feasibility ... -
Wave Energy Studies At The U.K. National Engineering Laboratory For Rural And Island Communities
(National Engineering Laboratory, 1980)The work programme carried out into the development of the oscillating water column from the basic concept to a major power station design is described. The validity of a small wave-power station serving a remote community ... -
Wave Energy Study: Nel Oscillating Water Column (Wave Piston) Bottom Standing Device, Updated Interim Study
(Department of Industry: National Engineering Laboratory, 1979)During the development of the second Interim Reference Design for the National Engineering Laboratory Oscillating Water Column Wave Energy Device (reference 1) it became apparent that there would be considerable problems ... -
Wave Energy In The United Kingdom: A Review Of The Programme June 1975 - March 1982
(The Second International Symposium on WAVE ENERGY UTILIZATION (Trondheim), 1982)The paper sets out the need for an inexhaustible supply of energy and describes the management system established to examine wave energy as one of the contenders for that role. It then describes the work which has been ... -
Wave Energy Report On The Electrical Aspects Of The Edinburgh University Wave Energy Device
(SCOTTISH OFFSHORE PARTNERSHIP, 1979)In our offer of services there were no formalised Terms of Reference given, although the object of our participation was: - "To assist the ETSU Wave Power Programme by providing consultant services to Edinburgh University, ... -
Wave Energy Operation And Maintenance Parametric Analysis
(EASAMS LIMITED, 1982)The Wave Energy Maintenance Model, as described in the Summary, was produced to allow the effect of variations in WEC design or in maintenance strategy on the total Operation and Maintenance (O & M) costs of wave energy ... -
Wave Energy Group: Fifth Year Report, Volume 2 Appendix
(Edinburgh-Scopa-Laing, 1979) -
Wave Energy And Chemical Energy Carriers
(International Research & Development Co Ltd, 1979)The utilisation of wave energy to produce energy intensive chemicals, based upon the electrolysis of water to yield hydrogen, is generally consiciered to be a viable alternative to the preferred electrical generation and ...
