Praetorius, N. and Duncan, K.D. (1991). Flow representation of plant processes for fault diagnosis. Behaviour & Information Technology, 10, p. 41-52

Nini Praetorius; Keith D. Duncan

Praetorius, N. and Duncan, K.D. (1991). Flow representation of plant processes for fault diagnosis. Behaviour & Information Technology, 10, p. 41-52

Nini Praetorius, Keith D. Duncan

Department of Psychology

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Abstract

The paper describes the representation of a complex industrial plant consisting of a hierarchy of displays of mass and energy flow functions. The evidence so far available suggests that this representation supports the kind of reasoning and principles required in fault diagnosis and learning to understand plant dynamics.

Original language	English
Journal	Behavior and Information Technology
Volume	19
Issue number	1
Pages (from-to)	41-52
ISSN	0144-929X
Publication status	Published - 1991

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Cite this

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title = "Praetorius, N. and Duncan, K.D. (1991). Flow representation of plant processes for fault diagnosis. Behaviour & Information Technology, 10, p. 41-52",

abstract = "The paper describes the representation of a complex industrial plant consisting of a hierarchy of displays of mass and energy flow functions. The evidence so far available suggests that this representation supports the kind of reasoning and principles required in fault diagnosis and learning to understand plant dynamics. ",

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N2 - The paper describes the representation of a complex industrial plant consisting of a hierarchy of displays of mass and energy flow functions. The evidence so far available suggests that this representation supports the kind of reasoning and principles required in fault diagnosis and learning to understand plant dynamics.

AB - The paper describes the representation of a complex industrial plant consisting of a hierarchy of displays of mass and energy flow functions. The evidence so far available suggests that this representation supports the kind of reasoning and principles required in fault diagnosis and learning to understand plant dynamics.

M3 - Journal article

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VL - 19

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