This article discusses the application of the finite difference method to solve the 1D wave equation with viscous damping, providing a detailed analysis of the numerical scheme and its stability.
This research article presents a numerical solution of the 1D wave equation with viscous damping using the finite difference method, with a focus on the effects of damping on wave propagation.
This course notes provide an introduction to finite difference methods for solving wave equations, including the 1D wave equation with viscous damping, with examples and exercises.
This GitHub repository provides a Python implementation of the finite difference method for solving the 1D wave equation with viscous damping, including example code and visualizations.
This video lecture discusses the application of finite difference methods to solve wave equations, including the 1D wave equation with viscous damping, with examples and animations.
This journal article presents a finite difference method for solving the 1D wave equation with viscous damping, with a focus on the numerical stability and accuracy of the method.
This Wolfram Demonstration provides an interactive visualization of the 1D wave equation with viscous damping, allowing users to explore the effects of damping on wave propagation.
This NASA technical report discusses numerical methods for solving wave equations, including the finite difference method, with applications to problems in physics and engineering.