Search Results - "Hang, Xudeng"

Determination of laser entrance hole size for ignition-scale octahedral spherical hohlraums by Chen, Yao-Hua, Li, Zhichao, Cao, Hui, Pan, Kaiqiang, Li, Sanwei, Xie, Xufei, Deng, Bo, Wang, Qiangqiang, Cao, Zhurong, Hou, Lifei, Che, Xingsen, Yang, Pin, Li, Yingjie, He, Xiaoan, Xu, Tao, Liu, Yonggang, Li, Yulong, Liu, Xiangming, Zhang, Haijun, Zhang, Wei, Jiang, Baibin, Xie, Jun, Zhou, Wei, Huang, Xiaoxia, Huo, Wen Yi, Ren, Guoli, Li, Kai, Hang, Xudeng, Li, Shu, Zhai, Chuanlei, Liu, Jie, Zou, Shiyang, Ding, Yongkun, Lan, Ke

“…A recently proposed octahedral spherical hohlraum with six laser entrance holes (LEHs) is an attractive concept for an upgraded laser facility aiming at a…”
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Unconditional stability of parallel difference schemes with second order accuracy for parabolic equation by Sheng, Zhiqiang, Yuan, Guangwei, Hang, Xudeng

“…In this paper we investigate the parallel difference schemes of parabolic equation, in particular, two kinds of difference schemes with intrinsic parallelism…”
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Parallel iterative difference schemes based on prediction techniques for Sn transport method by GUANGWEI YUAN, XUDENG HANG

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An optimized sweeping solution method for the three-dimensional Sn equations of neutron transport on hexahedral meshes by Gao, Yanni, Hang, Xudeng, Yuan, Guangwei

“…•An optimized sorting algorithm is proposed to remove deadlock without searching for global dependent cycles.•The effective face method is applied in the…”
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A positivity-preserving pyramid scheme for anisotropic diffusion problems on general hexahedral meshes with nonplanar cell faces by Wang, Shuai, Hang, Xudeng, Yuan, Guangwei

“…In this paper, a new cell-centered positivity-preserving pyramid scheme (called P3-scheme) is proposed for anisotropic diffusion problems. It can be regarded…”
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A pyramid scheme for three-dimensional diffusion equations on polyhedral meshes by Wang, Shuai, Hang, Xudeng, Yuan, Guangwei

“…In this paper, a new cell-centered finite volume scheme is proposed for three-dimensional diffusion equations on polyhedral meshes, which is called as pyramid…”
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A finite volume element scheme with a monotonicity correction for anisotropic diffusion problems on general quadrilateral meshes by Gao, Yanni, Yuan, Guangwei, Wang, Shuai, Hang, Xudeng

“…•A linear FVE scheme is designed for quadrilateral meshes with even concave cells.•A generic monotone correction is suggested to create a nonlinear monotone…”
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Development of our laser fusion integration simulation by Li, Jinghong, Zhai, Chuanlei, Li, Shuanggui, Li, Xin, Zheng, Wudi, Yong, Heng, Zeng, Qinghong, Hang, Xudeng, Qi, Jin, Yang, Rong, Cheng, Juan, Song, Peng, Gu, Peijun, Zhang, Aiqing, An, Hengbin, Xu, Xiaowen, Guo, Hong, Cao, Xiaolin, Mo, Zeyao, Pei, Wenbing, Jiang, Song, Zhu, Shao-ping

“…In the target design of the Inertial Confinement Fusion (ICF) program, it is common practice to apply radiation hydrodynamics code to study the key physical…”
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A Coupling Simulation on Multigroup Radiation Diffusion and Heat Conduction Models by Rong Yang, Xudeng Hang

“…In this paper, a coupling model of multigroup radiation diffusion and heat conduction is considered. Based the domain decomposition method, a new coupling…”
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A Nonlinear Finite Volume Element Method Satisfying Maximum Principle for Anisotropic Diffusion Problems on Arbitrary Triangular Meshes

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First Inertial Confinement Fusion Implosion Experiment in Octahedral Spherical Hohlraum by Lan, Ke, Dong, Yunsong, Wu, Junfeng, Li, Zhichao, Chen, Yaohua, Cao, Hui, Hao, Liang, Li, Shu, Ren, Guoli, Jiang, Wei, Yin, Chuansheng, Sun, Chuankui, Chen, Zhongjing, Huang, Tianxuan, Xie, Xufei, Li, Sanwei, Miao, Wenyong, Hu, Xin, Tang, Qi, Song, Zifeng, Chen, Jiabin, Xiao, Yunqing, Che, Xingsen, Deng, Bo, Wang, Qiangqiang, Deng, Keli, Cao, Zhurong, Peng, Xiaoshi, Liu, Xiangming, He, Xiaoan, Yan, Ji, Pu, Yudong, Tu, Shaoyong, Yuan, Yongteng, Yu, Bo, Wang, Feng, Yang, Jiamin, Jiang, Shaoen, Gao, Lin, Xie, Jun, Zhang, Wei, Liu, Yiyang, Zhang, Zhanwen, Zhang, Haijun, He, Zhibing, Du, Kai, Wang, Liquan, Chen, Xu, Zhou, Wei, Huang, Xiaoxia, Guo, Huaiwen, Zheng, Kuixing, Zhu, Qihua, Zheng, Wanguo, Huo, Wen Yi, Hang, Xudeng, Li, Kai, Zhai, Chuanlei, Xie, Hui, Li, Lingxiao, Liu, Jie, Ding, Yongkun, Zhang, Weiyan

“…In inertial confinement approaches to fusion, the asymmetry of target implosion is a major obstacle to achieving high gain in the laboratory. A recently…”
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Parallel iterative difference schemes based on prediction techniques for S n transport method by Yuan, Guangwei, Hang, Xudeng

“…Particle transport calculations are inherently expensive because of the large variable space that must be discretized, and usually the fully implicit schemes…”
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Parallel iterative difference schemes based on prediction techniques for transport method by Yuan, Guangwei, Hang, Xudeng

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A parallel version of QMRCGSTAB method for large linear systems in distributed parallel environments by Liu, Xingping, Gu, Tongxiang, Hang, Xudeng, Sheng, Zhiqiang

“…In this paper, a parallel QMRCGSTAB method (PQMRCGSTAB method) for solving large sparse linear systems with unsymmetrical coefficient matrices is proposed for…”
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A positivity-preserving finite volume element method for anisotropic diffusion problems on quadrilateral meshes by Gao, Yanni, Yuan, Guangwei, Wang, Shuai, Hang, Xudeng

“…In this paper, we propose a nonlinear positivity-preserving finite volume element(FVE) scheme for anisotropic diffusion problems on quadrilateral meshes. Based…”
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A parallel version of QMRCGSTAB method for large linear systems in distributed parallel environments : Scientific Computing in Numerican PDEs, Matrix Theory and Engineering Applications by XINGPING LIU, TONGXIANG GU, XUDENG HANG, ZHIQIANG SHENG

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Improved QMRCGSTAB method in distributed parallel environments by Liu, Xingping, Gu, Tongxiang, Sheng, Zhiqiang, Hang, Xudeng

“…An improved version of the QMRCGSTAB method (IQMRCGSTAB method) for solving large sparse linear systems with non-symmetric coefficient matrices is proposed…”
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