Titlebook: Advances in High Performance Computing and Computational Sciences; The 1st Kazakh-Germa Yurii Shokin,Michael Resch,Murat Orunkhanov Confere

GLOSS

Chong Li,Xianqing Yi,Yue Zhao,Zhenwei Houloped by nearly all hardware manufactures. The bandwidth peak performance relation is decreasing. Both have consequences for the efficiency of todays computer codes. We propose a Finite Difference discretization technique which is decreasing the data intensity.

節(jié)省

confederacy

Zan Liu,Xihong Chen,Jin Liu,Chenlong Lineering. The process of computing, however, is only a small part of a chain of steps that lead us from reality to simulation results. In recent years the level of performance has dramatically increased and has forced us to reconsider the foundations of supercomputing. In this paper we set out to dis

Armada

Zhiwen Wang,Hui Xu,Qianxin Wang,Yilei Heby the authors. The code is based on finite volume artificial compressibility approach. The accuracy of numerical scheme is second order in time and third order in space. For the solution of unsteady problems dual-time-stepping algorithm is used. Complex geometry of a turbine passage is handled usin

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大約冬季

Lecture Notes in Electrical Engineering models are used to simulate the transport processes as well as the chemical kinetics. Efficient numerical methods are implemented to reduce the computing time..The influence of different ambient parameters on the ignition process is investigated. The ambient gas temperature turns out to be the phys