Discover a novel smoothing function method for convex quadratic programming problems with mixed constraints. Explore its applications in mechanics and engineering science. Find out how this method ...

In this paper, an adaptive fixed-point iteration algorithm for 2-D/3-D finite-element analysis with hysteresis is proposed. The iteration starts with the B-correction scheme. If the solution is not ...

Initial value solutions, polynomial interpolations, numerical differentiation/integreation; coded in Python and Matlab. - maxanth112/Numerical-Analysis ...

In this paper, an adaptive fixed-point iteration algorithm for 2-D/3-D finite-element analysis with hysteresis is proposed. The iteration starts with the B-correction scheme. If the solution is not ...

We analyze a heuristic numerical method suggested by V.I. Petviashvili in 1976 for approximation of stationary solutions of nonlinear wave equations. The method is used to construct numerically the ...

By making use of tools from convex analysis, we formulate an inexact Newton-Landweber iteration method for solving nonlinear inverse problems in Banach spaces. The method consists of two components: ...