PZ

P. Zou

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Influence of Surface Roughness and Shape on the Hydraulic Forces on a Submerged Floating Tunnel
Master thesis (2023) - N.A. Ruiter (author), Wim S.J. Uijttewaal (mentor), W.S.J. Uijttewaal (mentor), W. S.J. Uijttewaal (mentor), Wim Uijttewaal (mentor), W. Uijttewaal (mentor), Wim S J Uijttewaal (mentor), WSJ Uijttewaal (mentor), D.J. Peters (graduation committee member), Dirk Jan Peters (graduation committee member), D. J. Peters (graduation committee member), Pengxu Zou (graduation committee member), P. X. Zou (graduation committee member), P. Zou (graduation committee member), X. Chen (graduation committee member), Xuexue Chen (graduation committee member), X. X. Chen (graduation committee member), Jeremy D. Bricker (graduation committee member), J. D. Bricker (graduation committee member), Jeremy Bricker (graduation committee member), Jeremy Bricker (graduation committee member), Jeremy David Bricker (graduation committee member), J.D. Bricker (graduation committee member), J. Bricker (graduation committee member)
The influence of surface roughness and shape on the submerged floating tunnel is investigated in wave and current conditions. The hydraulic forces caused by varying tunnel shapes and roughness designs are measured and analyzed.