Scientific Research Publishing

Variational Iteration Method Solutions for Certain Thirteenth Order Ordinary Differential Equations ()

Department of Mathematics, University of Lagos, Lagos, Nigeria. Department of Mathematics, Yaba College of Technology, Lagos, Nigeria. Department of Mechanical Engineering, Yaba College of Technology, ...
GitHub

Solving Differential Equations Using Neural Networks

This Python code provides a framework for solving non-linear or linear differential equations using neural networks, specifically using the PyTorch library. Additionally, it includes a class that ...
Nature

Theory of Differential Equations

IN this volume Prof. Forsyth deals with a part of his subject which, for many reasons, is full of interest. Ordinary linear differential equations concern the physicist, on the one hand, by their ...
IEEE

Solution of a system of linear delay differential equations using the matrix Lambert function

Abstract: An approach for the analytical solution to systems of delay differential equations (DDEs) has been developed using the matrix Lambert function. To generalize the Lambert function method for ...
Scientific Research Publishing

Oscillation Theorems for a Class of Nonlinear Second Order Differential Equations with Damping ()

We shall consider only nontrivial solutions of Equation (1.1) which are defined for all large t. A solution of Equation (1.1) is said to be oscillatory if it has arbitrarily large zeros, otherwise it ...
GitHub

gilbertfrancois/partial-differential-equations

This repository is a collection of Jupyter Notebooks, containing methods for solving different types of PDEs, using Numpy and SciPy. Most notebooks take a special case of the general ...
Nature

The Theory of Differential Equations

SINCE Newton and Leibniz began to study differential equations in the seventeenth century, mathematics has made great strides. Though the creative mathematicians have mainly been inspired by the art ...