... excitation equation viscosity i-th particle experiment calculation pressure field interface multiphase flow experimental result denote particle engineering reservoir simulation sph model chen wave elevation A multi-phase WCSPH for 2D sloshing phenomenon under the forced rolling excitation...

... excitation reservoir simulation zhang surface particle impact pressure free surface deformation simulation numerical simulation koshizuka Numerical Simulations of 3D Liquid Sloshing Flows by MPS Method Yaqiang Yang, Zhenyuan Tang, Decheng Wan* State Key Laboratory of Ocean Engineering, School...

... Dynamic Responses of Marine Risers/Pipes Transporting Fluid Subject to Top End Excitations Jirapol Leklong*, Somchai Chucheepsakul and Sakdirat Kaewunruen *Technip Engineering (Thailand) Ltd, Bangkok, Thailand **King Mongkut s University of Technology, Trungkru, Bangkok, Thailand University...

... tank numerical simulation free surface displacement amplitude upstream oil & gas excitation difference method non-inertial frame interface navier-stoke equation container frequency Numerical Simulation of Three-dimensional Fluid Sloshing in a Container with 6 Degrees-of-freedom...

... and used to analyze the excitation of pipelines. A mechanical model of structural vibration of pipeline system is developed. With finite element modeling, the dynamic responses of the main pipeline system and the local structure of pipeline induced by deck vibration are calculated. The results show...

... Field Experimental and Numerical Modal Analyses of a Jacket Platform under Ambient Excitations He Zhen Yang1, Han-il Park1, Hua Jun Li2 , Kyung-sik Choi1 1 College of Ocean Science and Technology, Korea Maritime University, Busan, Korea 2 College of Engineering, Ocean University of China, Qingdao...

... 1nterest1Og recent developxrents in nonlinear dynamics is the d1scovery of chaos (Gleick, 1987). Many nonl1Oear systems 1nclud1ng some sunple structural systems have been found to have chaotic responses under determin1st1c excitations (~son and Stewart, 1986; M::lon, 1987). All these new findings reinforce...