This workshop will focus on future directions in discrete analysis.
Public interface to discrete analysis methods to be applied to a Stream given as an argument.
Piecewise quadratic interpolation is used to obtain a differentiable and semi-continuous constraint function using the discrete analysis results from finite element analysis.
Via these methods of discrete analysis, differential equations are reduced to simultaneous linear algebraic equations and thus can be solved numerically.
The model is formulated on the basis of the inviscid elastoplastic model by [Carol, I., Prat, P.C., López, C.M., 1997. "A normal/shear cracking model. Interface implementation for discrete analysis". Journal of Engineering Mechanics, ASCE, 123 (8), pp. 765 773.].
In this study, a meso-scale discrete analysis using 3D rigid body spring model (RBSM) is conducted to investigate the failure process and to investigate the effect of these measures.
The results were then used to extrapolate the contribution of the reduction zone in published research including UCG field trials where discrete analysis of the zones within the gasification cavity was not possible.
Thirdly, the unification of continuous and discrete analysis is also significant for this study.
His purpose was to unify continuous and discrete analysis and extend the results in one theory.
In [8] Hilger introduced the time scale calculus that unifies continuous and discrete analysis.
In 1988, Hilger introduced the calculus on time scales which unifies continuous and discrete analysis.
