Simulation Practice and Theory

Bondgraphs for modeling and simulation
pp. 397-399(3)
Authors: Thoma J.U.; Jurgen Halin H.

Bondgraphs and practical simulation
pp. 401-417(17)
Authors: Thoma J.; Halin H.J.

Supporting the generation of a state space model by adding tearing information to the bond graph
pp. 419-438(20)
Author: Borutzky W.

Bond graph modeling from an object oriented modeling point of view
pp. 439-461(23)
Author: Borutzky W.

On state-event constructs in physical system dynamics modeling
pp. 463-480(18)
Author: Breedveld P.C.

20-sim software for hierarchical bond-graph/block-diagram models
pp. 481-492(12)
Author: Broenink J.F.

Bond graph aided design of controlled systems
pp. 493-513(21)
Authors: Dauphin-Tanguy G.; Rahmani A.; Sueur C.

Use of MATLAB and 20-sim to simulate a flash separator
pp. 515-530(16)
Authors: Delgado M.; Pichardo C.

A bond graph model of chemo-mechanical transduction in the mammalian left ventricle
pp. 531-552(22)
Authors: LeFevre J.; Lefevre L.; Couteiro B.

A classification of modelling languages for differential-algebraic equations
pp. 553-562(10)
Author: Lorenz F.

Modelling of basic induction motors and source loading in rotor-motor systems with regenerative force field
pp. 563-576(14)
Authors: Mukherjee A.; Karmakar R.; Samantaray A.K.

Dimensioning problems in system design using bicausal bond graphs
pp. 577-587(11)
Authors: Ngwompo R.F.; Scavarda S.

Dynamic analysis of pneumatic actuators
pp. 589-602(14)
Authors: Sorli M.; Gastaldi L.; Codina E.; de las Heras S.

Pressure regulator valve by Bondgraph
pp. 603-611(9)
Authors: Suzuki K.; Nakamura I.; Thoma J.U.

Electric batteries and fuel cells modeled by Bondgraphs
pp. 613-622(10)
Author: Thoma J.