Team Lch Epfl David hurther position visiting professor office gc a3 514 [email protected] 41216932517. The platform of hydraulic constructions (pl lch) of the swiss federal institute of technology lausanne (epfl) maintains a permanent synergy between teaching, research and services.
Team Lch Epfl The pl lch focuses on fundamental research and innovation in hydraulic engineering for a sustainable use of water resources. the main missions of the laboratory include activities in research, teaching and services. The pl lch focuses on fundamental research and innovation in hydraulic engineering for a sustainable use of water resources. the main missions of the laboratory include activities in research, teaching and services. The platform of hydraulic constructions (pl lch) of the swiss federal institute of technology lausanne (epfl) maintains a permanent synergy between teaching, research and services. And importantly, it’s how engineers at epfl’s platform of hydraulic constructions (pl lch) scale down life size structures to models that can fit inside a building on the lausanne campus. if you wanted to view their latest model from above, however, you’d need a ladder.
Team Lch Epfl Giovanni de cesare is a senior research associate and operational head of the hydraulic constructions platform pl lch of the ecole polytechnique fédérale de lausanne (epfl), switzerland. he has more than 25 years of experience in physical and numerical modelling of hydraulic structures. Das rund zwanzigköpfige team mit drei gruppenleitern steht unter der leitung von professor anton schleiss. das pl lch verfügt über eine versuchshalle, die für alle drei standbeine benutzt wird. 500 m2 fläche werden für physikalische modellversuche eingesetzt. And importantly, it’s how engineers at epfl’s platform of hydraulic constructions (pl lch) scale down life size structures to models that can fit inside a building on the lausanne campus. It helps to create new knowledge and solutions that address current and future challenges. the laboratory contributes to research and innovation in hydraulic engineering by undertaking state of the art and advanced approaches examining complex phenomena in various domains and fields of research.
Team Lch Epfl And importantly, it’s how engineers at epfl’s platform of hydraulic constructions (pl lch) scale down life size structures to models that can fit inside a building on the lausanne campus. It helps to create new knowledge and solutions that address current and future challenges. the laboratory contributes to research and innovation in hydraulic engineering by undertaking state of the art and advanced approaches examining complex phenomena in various domains and fields of research.
Comments are closed.