This paper presents a survey of the bond graph method from its conception and creation by Prof. Henry Paynter to the present. A thematic classification of the bibliographical material is given depending on whether work deals with the definition of theoretical details of bond graphs, applications of bond graphs to particular fields, or if it deals with a computer program developed using the bond graph theory. A list of journals which publish bond graph related articles, as well as textbooks is also presented. The survey, though exhaustive, does not pretend to be all inclusive. Some works may have been unintentionally omitted due to obvious limitations on accessing and listing all the relevant literature concerning the topic.

A survey of bond graphs : Theory, applications and programs

Computer Simulation of Intake and Exhaust Manifold Flow and Heat Transfer

Modeling of unsteady two-phase reactive flow in porous beds of propellant

A numerical model of a pulse combustor has been developed to simulate the nonlinear wave motion resulting from the periodic combustion process. The wave pattern is followed in time by integrating the unsteady, one-dimensional equations of continuity, momentum and energy for vairable-are geometry, including losses due to friction and heat transfer. The resulting periodic wave pattern is governed by the pulse combustor geometry, the fuel mixture, and the combustion and injection processes. The simplified pulse combustor used in in this paper coasists of a combustion chamber and tail pipe joined by a short transition section. The resulting periodic wave patern is governed by the pulse combustor geometry, the fuel mixture, and the combustion and injection processes. The simplified pulse combustor used in in this paper coasists of a combustion chamber and tail pipe joined by a short transition section. The model for the combustion process is guided by experimentally obtained chemiluminescence measurem...

H. Dwyer

Papers

Shock capturing finite difference methods for unsteady gas transfer

Computer-Aided Design of Acoustic Filters Using Bond Graphs