Hybrid modelling and simulation of time-delay elements

D.A. Beek, van; J.E. Rooda; B.J. Trienekens

Hybrid modelling and simulation of time-delay elements

D.A. Beek, van, J.E. Rooda, B.J. Trienekens

Department of Mechanical Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

Abstract

Most general purpose simulation languages do not provide support for modelling and simulation of delay elements with variable delay times. In this paper, combined discrete-event/continuous-time (hybrid) models of time delay elements are treated. An introduction is given to discrete-event and continuous-time models of delay elements. The hybrid models are compared to the traditional models using a step and sine input function. The hybrid models outperform the traditional models on accuracy, computation time, and stability. The most important aspect of the hybrid models with a variable delay time is that between two adjacent sample points, the volume entering the element is constant

Original language	English
Title of host publication	Simulation in industry '99 : 11th European Simulation Symposium 1999, ESS '99, October 26 - 28, 1999, Erlangen, Germany
Editors	G. Horton, D. Moeller, U. Rude
Place of Publication	Ghent
Publisher	SCS
Pages	88-92
ISBN (Print)	1-565-55177-X
Publication status	Published - 1999

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title = "Hybrid modelling and simulation of time-delay elements",

abstract = "Most general purpose simulation languages do not provide support for modelling and simulation of delay elements with variable delay times. In this paper, combined discrete-event/continuous-time (hybrid) models of time delay elements are treated. An introduction is given to discrete-event and continuous-time models of delay elements. The hybrid models are compared to the traditional models using a step and sine input function. The hybrid models outperform the traditional models on accuracy, computation time, and stability. The most important aspect of the hybrid models with a variable delay time is that between two adjacent sample points, the volume entering the element is constant",

author = "{Beek, van}, D.A. and J.E. Rooda and B.J. Trienekens",

year = "1999",

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pages = "88--92",

editor = "G. Horton and D. Moeller and U. Rude",

booktitle = "Simulation in industry '99 : 11th European Simulation Symposium 1999, ESS '99, October 26 - 28, 1999, Erlangen, Germany",

publisher = "SCS",

}

Hybrid modelling and simulation of time-delay elements. / Beek, van, D.A.; Rooda, J.E.; Trienekens, B.J.

Simulation in industry '99 : 11th European Simulation Symposium 1999, ESS '99, October 26 - 28, 1999, Erlangen, Germany. ed. / G. Horton; D. Moeller; U. Rude. Ghent : SCS, 1999. p. 88-92.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

TY - GEN

T1 - Hybrid modelling and simulation of time-delay elements

AU - Beek, van, D.A.

AU - Rooda, J.E.

AU - Trienekens, B.J.

PY - 1999

Y1 - 1999

N2 - Most general purpose simulation languages do not provide support for modelling and simulation of delay elements with variable delay times. In this paper, combined discrete-event/continuous-time (hybrid) models of time delay elements are treated. An introduction is given to discrete-event and continuous-time models of delay elements. The hybrid models are compared to the traditional models using a step and sine input function. The hybrid models outperform the traditional models on accuracy, computation time, and stability. The most important aspect of the hybrid models with a variable delay time is that between two adjacent sample points, the volume entering the element is constant

AB - Most general purpose simulation languages do not provide support for modelling and simulation of delay elements with variable delay times. In this paper, combined discrete-event/continuous-time (hybrid) models of time delay elements are treated. An introduction is given to discrete-event and continuous-time models of delay elements. The hybrid models are compared to the traditional models using a step and sine input function. The hybrid models outperform the traditional models on accuracy, computation time, and stability. The most important aspect of the hybrid models with a variable delay time is that between two adjacent sample points, the volume entering the element is constant

M3 - Conference contribution

SN - 1-565-55177-X

SP - 88

EP - 92

BT - Simulation in industry '99 : 11th European Simulation Symposium 1999, ESS '99, October 26 - 28, 1999, Erlangen, Germany

A2 - Horton, G.

A2 - Moeller, D.

A2 - Rude, U.

PB - SCS

CY - Ghent

ER -