Sajjjaddd's starred repositories
ModifiedNewtonMethodForTikhonovRegularization
Modified Newton root finding method for using in Block and Global Golub-Kahan bidiagonalization-Tikhonov regularization method to solve linear discrete ill-posed problems
Modified-ode87
The Nonlinear Pendulum Problem Solved Using Modified ode87 Function
modified_MLPnP
MLPnP solver modified for scale recovery
A-modified-Physarum-solver
multi-source and multi-sink
black-scholes-pde
MATLAB code for pricing financial derivatives. Uses finite-difference methods to solve a modified version of the Black Scholes equation. These modifications allow for the consideration of dividends and American-style options.
A-Modified-Binary-PSO-to-solve-the-Thermal-Unit-Commitment-Problem
An interesting way of solving the thermal scheduling problem in power systems.
netlist-solver
A MATLAB project that uses modified nodal analysis to calculate the node voltages of any analog circuit.
fenics_arclength
A Riks arclength solver implemented in FEniCS
FSI-solver
Monolithic solver for 3D Fluid-Structure Interaction (Newmark, Arc-length)
Arc-Length-continuation
Arc-Length continuation for solving and path following of nonlinear equations
list-iga-codes
Curated list of some open source codes employing isogeometric analysis (IGA)
AQUINAS-FE
AQUINAS: A MATLAB based program for the analysis of axisymmetric shells
AQUINAS-FE
AQUINAS: A MATLAB based program for the analysis of axisymmetric shells
SGDLibrary
MATLAB/Octave library for stochastic optimization algorithms: Version 1.0.20
modified-gram-schmidt
MATLAB rendition of a stable orthonormalization algorithm, visualization and showcasing numerical stability
Advance-FEM
KirchhoffLove sensitivity
AJSABQ_Input_File_Generator
An ABAQUS .inp file generator for shells of revolution, used in much of my PhD (2007-2010) and post-doc (2010-2013) research. It's a complete mess and I don't remember what most of it does, but it can be extremely useful.
Authorship-Attribution
This repo contains the matlab and shell scripts that I wrote as a part of my PhD work
Bidimensional_Laplace_Equation
Grapher software able to show the distribution of Electric potential in a two dimensional surface, by solving the Laplace equation with a discrete method. This project has been developed in MatLab and it´s tool, App Designer. The final result allows to show the distribution of the electric potential produced by an specific geometric configuration: a square shell with a triangular, circular an square equipotential surface. Finally, this program can be considered as a multi-solver of the Laplace equation because of it´s capacity of being extrapolated to other areas.
PhD_Willem_GYTHIEL
This repository contains the code that was developed during the PhD research project ‘Gradient-based optimization of reticulated shells’ by Willem Gythiel under the supervision of professor M. Schevenels and professor D. Huylebrouck with funding of FWO and Impulsfonds.
Mesh-Generator-Matlab
I Created a mesh generator tool in MATLAB to generate optimized shell mesh which uses static force equilibrium technique to optimize node positions and Delaunay Triangulation algorithm to create triangular mesh