This article describes physical modelling techniques that can be used for simulating musical
instruments. The methods are closely related to digital signal processing. They discretize the …

The digital waveguide mesh has been an active area of music acoustics research for over
ten years. Although founded in 1-D digital waveguide modeling, the principles on which it is …

Digital waveguides and finite difference time domain schemes have been used in physical
modeling of spatially distributed systems. Both of them are known to provide exact modeling …

The Finite Difference Time Domain method is gaining popularity as a means to simulate and
solve room acoustical problems. In this paper, a new set of stencils is defined that …

The digital waveguide mesh is a discrete-time simulation used to model acoustic wave
propagation through a bounded medium. It can be applied to the simulation of the acoustics …

An experimental software environment called the BlockCompiler is described that is
developed for flexible yet efficient simulation of different acoustic and audio systems. It is …

The functional transformation method (FTM) is a well-established mathematical method for
accurate simulations of multidimensional physical systems from various fields of science …

This paper describes a systematic approach to specification and compilation of different
physical modeling schemes particularly for sound synthesis studies. First we formulate …

It is known that the digital waveguide (DW) method for solving the wave equation
numerically on a grid can be manipulated into the form of the standard finite-difference time …

Physical modeling by computer, especially for sound synthesis of musical instruments, is
based on discrete time and space numerical simulation of the targeted physical systems …