1. Experimental procedures for determination of dynamic response using system identification techniques
- Author
-
D.M. Sander and Fariborz Haghighat
- Subjects
Engineering ,experimental methods ,external walls ,0211 other engineering and technologies ,Binary number ,02 engineering and technology ,enveloppe (bâtiment) ,Least squares ,Control theory ,heat transfer ,0202 electrical engineering, electronic engineering, information engineering ,calculations ,z- transfer function coefficients ,least squares regression in time domain ,Systèmes d'isolation ,technique expérimentale ,Time domain ,Sequence ,021103 operations research ,building envelopes ,business.industry ,transfert de chaleur ,General Engineering ,System identification ,Function (mathematics) ,external envelopes ,Sample (graphics) ,Identification (information) ,binary multi-frequency sequence ,020201 artificial intelligence & image processing ,frequency response analysis ,méthode de calcul ,dynamic thermal response ,Biological system ,business ,mûr de facade ,Insulation finish systems - Abstract
Methods for determining dynamic thermal response using systems identification techniques are discussed. A test using a binary multi-frequency sequence as input to determine the response of a material sample is described. Z-transfer function coeffi cients are obtained using both frequency response analysis and least squares regres sion in time domain.
- Published
- 1987