The wave transfer function derived from the linear wavemaker theory has been widely
applied to validate the accuracy of the regular wave. However, it is limited to analyze the …

The finite element method (FEM) has been extensively applied to model failure of ice but
suffers from mesh distortion especially when fracture or fragmentation is involved. The …

Numerical modeling is a well established tool in rock mechanics studies investigating a wide
range of problems. Implicit methods for solving linear equations have the advantage of …

Concept of horizontal and vertical rule bases is introduced. Using this method enables the
designers to look for main behaviors of system and describes them with greater …

One of the most functional standard numerical methods for studying of material deformation
and failure is the finite element method (FEM). In some cases, the FEM method cannot …

The aim of this paper is to numerically model the rolling compression induced breakage
process of a single coal prism in a roller pulveriser and to quantify the resultant …

Abstract! Rock cutting of different cutting parameters were simulated by using SPH method
to solve the partial differential equation with the help of LS (DYNA software, the rock cutting …

This paper presents a pilot numerical study into the rolling compression induced
disintegration modes of a coal prism within a mill of vertical roller type. To simulate the …

Concept of horizontal and vertical rule bases is introduced. Using this method enables the
designers to look for main behaviors of system and describes them with greater …