The paper describes the mathematical methods used in the " Room Thermal Transfer Functions" computer program. This program calculates room Z-transfer function coefficients for cooling, heating and space-temperature predictions. The program consists of two sections: in the first, calculations of detailed Z-transfer functions are based on a set of 29 heat balance equations for the various room enclosure surfaces. The second section of the program uses the detailed functions calculated by the first section to generate room transfer functions for each excitation component (such as solar heat gain and heat gain from occupants). It also generates several approximations of these functions that are represented by a small number of Z- transfer funct...
A three-dimensional steady-state numerical analysis was performed in a room heated by two-panel radi...
This paper discusses the use of system identification techniques to derive the dynamic thermal respo...
It was shown that the performance of an air-conditioned room can be represented by two mathematical ...
This paper documents two Fortran programs that together can be used to generate Z-transfer function ...
The Transfer Function Method (TFM) is a tool able to solve heat transfer problems in building envelo...
We present an algorithm that uses the Z-transform operator to face the problem of heat transmission ...
Specially designed experiments were performed at an outdoor test facility to determine the cooling-l...
The program presented in this paper evaluates the coefficients of a set of z-transfer functions that...
The aim of the paper is to describe by categories of automatic control theory a system of rooms heat...
The Transfer Function Method (TFM), recommended by American Society of Heating, Refrigerating and Ai...
A new cooling load calculation procedure, the transfer function method, has been incorporated in the...
This paper starts by amplifying the discussion of the procedures for determining the steadycyclic th...
Specially designed experiments were performed at an outdoor test facility to determine the cooling-l...
The paper describes research work on methods concerning heat transfers through walls of thermal tech...
In this paper a numerical analysis of the effect of heat emitter characteristics on the local indoor...
A three-dimensional steady-state numerical analysis was performed in a room heated by two-panel radi...
This paper discusses the use of system identification techniques to derive the dynamic thermal respo...
It was shown that the performance of an air-conditioned room can be represented by two mathematical ...
This paper documents two Fortran programs that together can be used to generate Z-transfer function ...
The Transfer Function Method (TFM) is a tool able to solve heat transfer problems in building envelo...
We present an algorithm that uses the Z-transform operator to face the problem of heat transmission ...
Specially designed experiments were performed at an outdoor test facility to determine the cooling-l...
The program presented in this paper evaluates the coefficients of a set of z-transfer functions that...
The aim of the paper is to describe by categories of automatic control theory a system of rooms heat...
The Transfer Function Method (TFM), recommended by American Society of Heating, Refrigerating and Ai...
A new cooling load calculation procedure, the transfer function method, has been incorporated in the...
This paper starts by amplifying the discussion of the procedures for determining the steadycyclic th...
Specially designed experiments were performed at an outdoor test facility to determine the cooling-l...
The paper describes research work on methods concerning heat transfers through walls of thermal tech...
In this paper a numerical analysis of the effect of heat emitter characteristics on the local indoor...
A three-dimensional steady-state numerical analysis was performed in a room heated by two-panel radi...
This paper discusses the use of system identification techniques to derive the dynamic thermal respo...
It was shown that the performance of an air-conditioned room can be represented by two mathematical ...