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SCHLEISS Anton J

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SCHLEISS Anton J Annex 4A Anton J. SCHLEISS Name: SCHLEISS Anton J. Year of birth: 1953 Nationality: Swiss Higher education: Swiss Federal Institute of Technology (ETH), Zurich Dipl. Ing. ETH, 1978 (equivalent to M.Sc. in Civil Engineering) Laboratory of Hydraulics, Hydrology and Glaciology, Swiss Federal Institute of Technology (ETH), Zurich Ph.D. Thesis in Technical Sciences, 1986 Swiss courses for management of enterprises (SKU, 1996 Languages: German (mother tongue), English, French Foreign experience Austria, Georgia, India, Island, Islamic Republic of Iran, Korea, (local missions): Malaysia, Sri Lanka, USA, Tanzania Affiliations: Since 1.1.1997: Full Professor at the Swiss Federal Institute of Technology Lausanne (EPFL), Director of Laboratory of Hydraulic Constructions (LCH) since 1.10.1997. Responsible for teaching, research and consulting (services as expert) in the field of hydraulic structures, dams and flood protection. See http://lch.epfl.ch/ 2006 - 2012 Head of the Civil Engineering Department (see http://enac.epfl.ch/cms/lang/en/pid/2904) 1986 - 1996: Electrowatt Engineering Ltd. Zurich Head of the Hydraulic Structures Section, Hydropower Plants and Water Management Department, Business Unit Energy 1979 - 1985: Swiss Federal Institute of Technology Zurich; Laboratory of Hydraulics, Hydrology and Glaciology (VAW) Research Associate and Senior Assistant. Awards: ASCE Karl Emil Hilgard Hydraulic Price 2006 ASCE J. C. Stevens Award 2006 Listed by WP&DC among the 20 international personalities that “have made the biggest difference to the sector Water Power & Dam Construction over the last 10 years”. 1 Annex 4A Anton J. SCHLEISS Memberships: Swiss Association of Engineers and Architects (SIA) Institution of Water Management (SWV, member of the board), Switzerland Swiss Committee on Large Dams (Swiss COLD/ICOLD, chairmen (2006 – 2012), member of the board and of the technical committee) International Committee on Large Dams (member of the Committee Hydraulic for Dams) International Hydropower Association (IHA) member of the technical committee for organisation of conferences Swiss Committee of Flood Protection (KOHS, chairmen (1998 – 2009), member of board) International Association for Hydraulic Research (member and vice-chairman of the European board); Commission Exact and Natural Sciences SEN-3; FNRS Belgium (chairmen) Swiss Society of Professionals of Water Protection (VSA, member) Society of Water Management and Rural Engineering (DVWK, Germany, member) Swiss Tunneling Association (STA-FGU, member of the board) Publications: Since 1980 more than 380 publications in professional and scientific journals and in conference proceedings. Some selected key publications in the field of hydropower and dams are listed at the end of the CV. Books: Schleiss A. et Bollaert E. Rock Scour due to falling high velocity jets, AA-Balkema Publishers, 2002, 263 pages, ISBN 90 5809 5185, disponible au LCH: http://lchwww.epfl.ch/ [email protected] Anton J. Schleiss et Henri Pougatsch Barrages - Du projet à la mise en service, Traité de Génie Civil, Volume 17, PPUR, 720 pages, ISBN 978-2-88074-831-9, disponible aux Presses Polytechniques et Universitaires Romandes (www.ppur.com) S. Erpicum – F. Laugier – J.L. Boillat – M. Pirotton – B. Reverchon – A. J. Schleiss Labyrinth and Piano Key Weirs – PKW 2011, Proceedings of the International Conference on Labyrinth and Piano Key Weirs (PKW 2011), Liège, Belgium, 9-11 February 2011, 297 pages, CRC Press Taylor & Francis Group, ISBN 978-0-415-68282-4 Anton J. Schleiss et Robert M., Boes Dams and Reservoirs under Changing Challenges, Schleiss & Boes (Eds), CRC Press, Taylor & Francis Group, 2011, ISBN 978-0-415-68267-1 Field of professional specialization: Hydraulic and hydro-mechanical analysis of hydraulic structures and appurtenant structures of dams (steady or unsteady flows and transient phenomena, vibration and stability problems) 2 Annex 4A Anton J. SCHLEISS Planning and design of hydroelectric and irrigation schemes Planning and design of high head pressure conduits (penstocks, steel liners, shafts and tunnels, caverns) Supervision and interpretation of geotechnical site investigations for pressure tunnels and shafts Supervision and interpretation of hydraulic model tests Computer analysis and simulation of coupled mechanical-hydraulic problems, especially in the field of high head pressure conduits under consideration of seepage phenomena through concrete lining and rock. Planning and design of river flood protection measures; river hydraulics Reservoir sedimentation, physical processes including turbidity currents, technical measures for sediment removal and preventing turbidity currents Rock scour due to high velocity falling plunging jets downstream of spillways and bottom outlets Teaching: Swiss Federal Institute of Technology Lausanne (EPFL) Degree courses (since 1997): Applied hydraulic for structures Hydraulic structures and schemes I & II Dams and appurtenant structures River training works and flood protection measures Contractual and legal aspects in the realisation of civil structures I & II Postgraduate courses - master of advanced studies): Postgraduate studies in energy (1998 - 2007): Hydroelectric power plants, Dams and reservoir Postgraduate studies in hydraulic structures (1999-2009): Director of course; teaching of modules: Integrated conception and impact of hydraulic schemes; Design and construction of waterway structures (tunnels, shafts, penstocks, canals); Hydroelectric power plants Doctoral school: Hydropower and Dams – Benefits and concerns Hydropower Plants Supervision of 105 diploma thesis and master thesis projects in hydraulic schemes and hydraulic engineering since 1998 Research: Supervision of research projects as thesis director since 1998: 22 have been finished successfully and 13 are under preparation. 3 Annex 4A Anton J. SCHLEISS Services and expertises of the Laboratory of Hydraulic Constructions (LCH-EPFL): since 2000 Supervision of more than 150 applied research projects from industry on physical and numerical modelling of hydraulic structures (see LCH activity reports in http://lch.epfl.ch/page- 7710-en.html) Professional Experience beside the university activity since the last ten years: Uma Oya Multi Purpose Project in Sri Lanka comprising Puhulpola RCC Dam (H=38.0m) and Dyraaba RCC Dam (H=43.0m), water conveyance tunnel (L=3.7Km), headrace tunnel (L=15650m), vertical pressure shaft (H=570m), surge tank, underground powerhouse and tailrace tunnel (L=3.6Km). Expert for the design of dam appurtenant structures, reservoir sedimentation and flushing, water conveyance tunnel and pressure tunnel and shaft. Pumped-storage power plant Grimsel 3 Switzerland of 600 MW installed capacity comprising a 575 m concrete lined vertical shaft with inner dia. of 6.4 m. Expert for the choice of pressure shafts alternative. Emosson dam in Switzerland and transfer pressure shaft Belleplace. Expert for the design of mitigation measures against buckling of the steel liner under external pressure during emptying and siphon operation. Glacier lake spillway tunnel in Grindelwald, Switzerland. Expert for hydraulic design of the 2.1 km long spillway tunnel, which avoid the sudden break out of the glacier lake. Rudbar Lorestan Dam & Hydropower Plant Project, Islamic Republic of Iran comprising a dam of about 200 m and a power plant of 500 MW installed capacity with a head 0f 450 m. Expert for the design of the hydraulic structures. un barrage de Kuhrang III Dam Project, Islamic Republic of Iran comprising a double-cuvature arch dam of 100 m in height and a spillway capacity of 2200 m3/s. Expert for the design of the hydraulic structures. Dez Dam and HPP, Islamic Republic of Iran, comprising an arch dams of 194 m in height and a power plants of 520 MW capacity: Hydraulic expert for the study (Phase I) of a sediment flushing device for sustainable management of reservoir sedimentation. Grimsel 2 pumped storage powerplant, Switzerland of 450 MW installed capacity. Influence of heightening of Grimsel reservoir on the structural behaviour of the tailrace tunnel and the surge tank. Expert for safety assessment. Nant de Drance pumped storage Project, Switzerland of 600 MW installed capacity comprising a 470 m concrete lined vertical shaft with inner dia. of 6.5 m. Expert for the design of the pressurized waterways (pressure tunnels, shafts and steel lined tunnels). 2003 – 2006 Karun IV Development Project, Iran; comprising a 230 m high concrete arch dam with a maximum spillway capacity of 10200 m3/s (PMF), side spillway chute and crest spillway, two river diversion tunnels of 9.5 m dia., open air powerhouse with an installed capacity of 1000 MW. Member of the Panel of Experts responable for hydraulic structures. Siah Bishe Pumped Storage Project, Iran of 1000 MW installed capcity, comprising two concrete faced rockfill dams of 85 m (Upper Dam) and 104 m (Lower Dam) with appurtenant hydraulic structures, two pressure tunnels with 7 m dia. Expert for the design of the pressure 4 Annex 4A Anton J. SCHLEISS tunnel linings and the hydraulic structures including sedimentation problems of the two reservoir. Consulting for hydraulic model tests. Sazbon Dam and HEP on Seymareh River, Iran, comprising a 157m height double arch dam, a surface power plant with initial install capacity of 375 MW, downstream from the dam body), diversion system, spillways and bottom outlets. Expert in design phase II for the appurtenant hydraulic structures and the waterways. Upper Gotvand dam and HEP on Karun River,
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