A study on the applicability of distinct element method to EPS block fill
Finite element analysis of the E-integral and its applications
On the structure of the character ring of a finite group
Auxiliary mass method in finite temperature field theory
Boundary and finite element analyses of helically symmetric electromagnetic fields
A study on evolutionary optimization method
New approaches on automatic mesh generation and automatic mesh adaptations for 2D/3D finite element analysis
An upwind finite element scheme for the Navier-Stokes equations and its domain decomposition algorithm
Numerical quadratures for nearly singular integrals in the three dimensional boundary element method
Surface of the Earth A
A study on a generalized sweeping method for CSG modeling
On a minimal surface with free boundary
A study on tunable surface emitting lasers
A study on design method of multipurpose batch plants
A study on DNA coding method and knowledge discovery
Surface is the Between – Between Vertical and Horizon – Between on the Paper and on the Surface – Complex Contact – Touching
Surface is the Between – Between Vertical and Horizon – Between on the Paper and on the Surface – Complex Contact – Gravity
Surface is the Between – Between Vertical and Horizon – Between on the Paper and on the Surface – Complex Contact – Paper
On the guaranteed convergence of the Japanese zero-finding method
Studies on electron swarms in gases using a propagator method
Surface is the Between － Between Vertical and Horizon － “on the Table and on the Paper”
Surface is the Between － Between Vertical and Horizon － “on the Table and on the Paper”
MGCG method : a robust and highly parallel iterative method
Surface is the Between – Between Vertical and Horizon – Between on the Paper and on the Surface – Complex Contact – Gravity and Resultant No. 3
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Uploaded: 2020-12-17