文件名称:SPHYSICS_2D_v2.2.001
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基于光滑粒子法开发的一款水动力计算程序。能够有效的开展cfd计算。-This report documents the computer program SPHysics based on
Smoothed Particle Hydrodynamics theory. The documentation
provides a brief descr iption of the governing equations and the
different numerical schemes used to solve them. FORTRAN code is
provided for two and three- dimensional versions of the model. Postprocessing
tools for MATLAB visualization are also provided.
Finally, several working examples are documented to enable the user
to test the program and verify that it is installed correctly. For 3-D
applications a complex geometry generator is now provided making
the creation of new geometries and loading in CAD files more
accessible.
Smoothed Particle Hydrodynamics theory. The documentation
provides a brief descr iption of the governing equations and the
different numerical schemes used to solve them. FORTRAN code is
provided for two and three- dimensional versions of the model. Postprocessing
tools for MATLAB visualization are also provided.
Finally, several working examples are documented to enable the user
to test the program and verify that it is installed correctly. For 3-D
applications a complex geometry generator is now provided making
the creation of new geometries and loading in CAD files more
accessible.
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下载文件列表
SPHYSICS_2D_2.2.001\source\SPHYSICS2D\ac_2D.f
...................\......\..........\ac_Conservative_2D.f
...................\......\..........\ac_KC_2D.f
...................\......\..........\ac_KGC_2D.f
...................\......\..........\ac_MLS_2D.f
...................\......\..........\ac_NONE_2D.f
...................\......\..........\ac_Shepard_2D.f
...................\......\..........\approx_RiemannSolver_Conservative_2D.f
...................\......\..........\approx_RiemannSolver_NonConservative_2D.f
...................\......\..........\celij_BC_Dalrymple_2D.f
...................\......\..........\celij_BC_Dalrymple_FloatingBodies_2D.f
...................\......\..........\celij_BC_Monaghan_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_RiemannConservative_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_RiemannNonConservative_2D.f
...................\......\..........\celij_BC_Monaghan_RiemannConservative_2D.f
...................\......\..........\celij_BC_Monaghan_RiemannNonConservative_2D.f
...................\......\..........\check_limits_2D.f
...................\......\..........\correct_2D.f
...................\......\..........\correct_Conservative_2D.f
...................\......\..........\correct_SPS_2D.f
...................\......\..........\densityFilter_MLS_2D.f
...................\......\..........\densityFilter_NONE_2D.f
...................\......\..........\densityFilter_Shepard_2D.f
...................\......\..........\divide_2D.f
...................\......\..........\energy_2D.f
...................\......\..........\EoS_IdealGas_2D.f
...................\......\..........\EoS_Morris_2D.f
...................\......\..........\EoS_Tait_2D.f
...................\......\..........\getdata_2D.f
...................\......\..........\gradients_calc_basic_2D.f
...................\......\..........\gradients_calc_Conservative_2D.f
...................\......\..........\ini_divide_2D.f
...................\......\..........\keep_list_2D.f
...................\......\..........\kernel_correction_KC_2D.f
...................\......\..........\kernel_correction_KGC_2D.f
...................\......\..........\kernel_correction_NC_2D.f
...................\......\..........\kernel_cubic_2D.f
...................\......\..........\kernel_gaussian_2D.f
...................\......\..........\kernel_quadratic_2D.f
...................\......\..........\kernel_wendland5_2D.f
...................\......\..........\limiter_betaMinMod_2D.f
...................\......\..........\LU_decomposition_2D.f
...................\......\..........\monaghanBC_2D.f
...................\......\..........\monaghanBC_AngMomCorrection_2D.f
...................\......\..........\monaghanBC_FloatingBodies_2D.f
...................\......\..........\monaghanBC_FloatingBodies_AngMomCorrection_2D.f
...................\......\..........\movingGate_2D.f
...................\......\..........\movingObjects_2D.f
...................\......\..........\movingPaddle_2D.f
...................\......\..........\movingWedge_2D.f
...................\......\..........\periodicityCorrection_2D.f
...................\......\..........\poute_2D.f
...................\......\..........\poute_Conservative_2D.f
...................\......\..........\pre_celij_KGC_2D.f
...................\......\..........\pre_celij_MLS_2D.f
...................\......\..........\pre_celij_Shepard_2D.f
...................\......\..........\pre_self_KGC_2D.f
...................\......\..........\pre_self_MLS_2D.f
...................\......\..........\pre_self_Shepard_2D.f
...................\......\..........\recover_list_2D.f
...................\......\..........\rigid_body_motion_2D.f
...................\......\..........\rigid_body_motion_Conservative_2D.f
...................\......\..........\self_BC_Dalrymple_2D.f
...................\......\..........\self_BC_Dalrymple_FloatingBodies_2D.f
...................\......\..........\self_BC_Monaghan_2D.f
............
...................\......\..........\ac_Conservative_2D.f
...................\......\..........\ac_KC_2D.f
...................\......\..........\ac_KGC_2D.f
...................\......\..........\ac_MLS_2D.f
...................\......\..........\ac_NONE_2D.f
...................\......\..........\ac_Shepard_2D.f
...................\......\..........\approx_RiemannSolver_Conservative_2D.f
...................\......\..........\approx_RiemannSolver_NonConservative_2D.f
...................\......\..........\celij_BC_Dalrymple_2D.f
...................\......\..........\celij_BC_Dalrymple_FloatingBodies_2D.f
...................\......\..........\celij_BC_Monaghan_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_RiemannConservative_2D.f
...................\......\..........\celij_BC_Monaghan_FloatingBodies_RiemannNonConservative_2D.f
...................\......\..........\celij_BC_Monaghan_RiemannConservative_2D.f
...................\......\..........\celij_BC_Monaghan_RiemannNonConservative_2D.f
...................\......\..........\check_limits_2D.f
...................\......\..........\correct_2D.f
...................\......\..........\correct_Conservative_2D.f
...................\......\..........\correct_SPS_2D.f
...................\......\..........\densityFilter_MLS_2D.f
...................\......\..........\densityFilter_NONE_2D.f
...................\......\..........\densityFilter_Shepard_2D.f
...................\......\..........\divide_2D.f
...................\......\..........\energy_2D.f
...................\......\..........\EoS_IdealGas_2D.f
...................\......\..........\EoS_Morris_2D.f
...................\......\..........\EoS_Tait_2D.f
...................\......\..........\getdata_2D.f
...................\......\..........\gradients_calc_basic_2D.f
...................\......\..........\gradients_calc_Conservative_2D.f
...................\......\..........\ini_divide_2D.f
...................\......\..........\keep_list_2D.f
...................\......\..........\kernel_correction_KC_2D.f
...................\......\..........\kernel_correction_KGC_2D.f
...................\......\..........\kernel_correction_NC_2D.f
...................\......\..........\kernel_cubic_2D.f
...................\......\..........\kernel_gaussian_2D.f
...................\......\..........\kernel_quadratic_2D.f
...................\......\..........\kernel_wendland5_2D.f
...................\......\..........\limiter_betaMinMod_2D.f
...................\......\..........\LU_decomposition_2D.f
...................\......\..........\monaghanBC_2D.f
...................\......\..........\monaghanBC_AngMomCorrection_2D.f
...................\......\..........\monaghanBC_FloatingBodies_2D.f
...................\......\..........\monaghanBC_FloatingBodies_AngMomCorrection_2D.f
...................\......\..........\movingGate_2D.f
...................\......\..........\movingObjects_2D.f
...................\......\..........\movingPaddle_2D.f
...................\......\..........\movingWedge_2D.f
...................\......\..........\periodicityCorrection_2D.f
...................\......\..........\poute_2D.f
...................\......\..........\poute_Conservative_2D.f
...................\......\..........\pre_celij_KGC_2D.f
...................\......\..........\pre_celij_MLS_2D.f
...................\......\..........\pre_celij_Shepard_2D.f
...................\......\..........\pre_self_KGC_2D.f
...................\......\..........\pre_self_MLS_2D.f
...................\......\..........\pre_self_Shepard_2D.f
...................\......\..........\recover_list_2D.f
...................\......\..........\rigid_body_motion_2D.f
...................\......\..........\rigid_body_motion_Conservative_2D.f
...................\......\..........\self_BC_Dalrymple_2D.f
...................\......\..........\self_BC_Dalrymple_FloatingBodies_2D.f
...................\......\..........\self_BC_Monaghan_2D.f
............