Given Schrödinger equation is solved using finite difference method and eigenvalue problem. Any three eigenfunctions can be plotted.
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Updated
Oct 9, 2020 - Scilab
Given Schrödinger equation is solved using finite difference method and eigenvalue problem. Any three eigenfunctions can be plotted.
Simulating the orbits of a three planetary system composed of the Sun, Jupiter and Saturn.
The Baroclinic Ekman Transport Equation Solver is a numerical code to simulate wind-driven surface boundary layer currents for steady-state 1D problems.
The repository contains phase field codes using internal procedures. The codes are 2D and are not optimized
Mathematical Finance
Coupling approaches for classical linear elasticity and bond-based peridynamic models
Python script to solve the 1D heat equation and gain temperature distribution in a fin with Dirichlet or Neumann boundary condition at tip.
Python script to solve the 2D heat equation (Laplace's equation) and gain temperature distribution on a surface using Gauss-Seidel or ADI. method
finite difference 3d visualization, JavaScript
2D finite difference acoustic wave propagation
Utilization of finite difference methods for the purpose of pricing European-style options
The simplest hyperbolic partial differential equation (the wave equation) is solved by Finite Difference Method
Explicit and Implicit Solutions of the Heat Equation as part of COMP36212: Mathematical Systems and Computation
Quantum Electrodynamics vacuum polarization solver
Solver for basic PDEs in C++.
This repository will contain a simulation of both the 2D heat and wave equation in a rectangular room using the Finite Difference Method.
Derivatives by finite differences in Racket
This repository contains the files related to the assignmnet-3 done for ECSE-543: Numerical Methods for electrical Engineering
1D convection solver by finite difference method
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