Table Of Content

Energy and Buildings, 18 (1992) 289 Author Index of Volume 18 Allard, F., 133, 147, 159 Givoni, B., 11 Padma, R., 45 Argiriou, A., 35 Grosso, M., 101 Poulopoulou, G., 51 Prins, G., 251, 267 Hackett, B., 263 Blumstein, C., 259, 269 Herrlin, M. K., 159 Reynolds, C., 201 Busch, J. F., 235 Hull, D., 201 Rodriguez, E. A., 147 Butovsky, I. N., 25 Rosa, E. A., 264 Kaushika, N. D., 45 Kempton, W., 171, 177, 201 Santamouris, M., 35, 51 Cowan, R. S., 265 Scartezzini, J.-L., 1 Liparakis, D., 35 Schaiberg, A., 259 de Almeida, A., 269 Lutzenhiser, L., 171, 193, 221 Sharma, P. K., 45 de Dear, R. J., 260 Stern, P. C., 262 Dieris, J., 79 McGarity, A. E., 177 Matrosov, Yu. A., 25 Tselepidaki, I., 51 Moustris, C., 51 Tzaferis, A., 35 Fels, M., 201 Feuermann, D., 177 Newsham, G., 57 Utsumi, Y., 133 Feustel, H. E., 79, 269 Niu, J., 65 Fujii, H., 221 Nygard Ferguson, M., 1 van der Kooi, J., 65 Elsevier Sequoia 290 Energy and Buildings, 18 (1992) 290-191 Subject Index of Volume 18 Air balance residential utility control of: resident-perceived effects and solution methods for the, in multizone buildings, 159 potential program improvements, 201 Air-conditioned building Cooling systems solar thermal analysis of honeycomb roof cover system open-window and indoor, two-dimensional simulations of for energy conservation in an, 45 airflow and thermal comfort in a room with, 65 Air-conditioned offices Coolth naturally ventilated and, in Thailand: a tale of two popu- comments on ‘On condis and,’’, 259 lations, 235 on condis and, 251 Air-conditioner use reply to comments on “On condis and,’’, 267 room, alternative patterns of, a question of control, 193 Air conditioners Discomfort index room, user decisions about when and how to operate, summer, analysis of, in Athens, Greece, for cooling pur- “T always turn it on super’’, 177 poses, 51 Air-conditioning Japanese residential, natural cooling and intelligent sys- Earth-to-air heat exchangers tems, 221 analysis of the accuracy and sensitivity of eight models Airflow to predict the performance of, 35 ‘through large openings, 133 Energy conservation two-dimensional simulation of, and thermal comfort in a solar thermal analysis of honeycomb roof cover system room with open-window and indoor cooling systems, for, in an air-conditioned building, 45 65 Airflow model(s) Heat exchangers coupling COMIS, with other transfer phenomena, 147 earth-to-air, analysis of the accuracy and sensitivity of survey of, for multizone structures, 79 eight models to predict the performance of, 35 Intelligent systems Building design guidelines natural cooling and, Japanese residential air-conditioning, comfort, climate analysis and, 11 221 Building physics concepts of the development of, in the USSR, 25 Multizone buildings Buildings solution methods for the air balance in, 159 multizone, solution methods for the air balance in, 159 Multizone structures wind pressure distribution around, a parametrical model, survey of airflow models for, 79 101 Occupant movement Climate analysis and the thermal modelling of buildings, 57 comfort, and building design guidelines, 11 Openings Comfort large, airflow through, 133 climate analysis and building design guidelines, 11 COMIS airflow model Physics coupling, with other transfer phenomena, 147 building, concepts of the development of, in the USSR, Compressor cooling 25 alternatives to, in residences, 269 Condis Roof cover system comments on ‘On, and coolth’’, 259 solar thermal analysis of honeycomb, for energy conser- on, and coolth, 251 vation in an air-conditioned building, 45 reply to comments on ‘On, and coolth’’, 267 Room air-conditioner use Control alternative patterns of, a question of control, 193 a question of, alternative patterns of room air-conditioner Room air conditioners use, 193 user decisions about when and how to operate, “I always utility, of residential cooling: resident-perceived effects turn it on super’’, 177 and potential program improvements, 201 Controller Solar thermal analysis optimum stochastic, evaluation of an, in a full-scale of honeycomb roof cover system for energy conservation experiment, 1 in an air-conditioned building, 45 Cooling Stochastic controller compressor, alternatives to, in residences, 269 optimum, evaluation of an, in a full-scale experiment, 1 natural, and intelligent systems: Japanese residential air- Summer discomfort index conditioning, 221 analysis of, in Athens, Greece, for cooling purposes, 51 Elsevier Sequoia 291 Thermal comfort USSR in air-conditioned and naturally ventilated offices in Thai- concepts of the development of building physics in, 25 land: a tale of two populations, 235 Utility control two-dimensional simulations of airflow and, in a room of residential cooling: resident-perceived effects and with open-window and indoor cooling systems, 65 potential program improvements, 201 Thermal modelling occupant movement and the, of buildings, 57 Ventilated offices Transfer phenomena naturally and air-conditioned, thermal comfort in, a tale coupling COMIS airflow model with other, 147 of two populations, 235 User decisions about when and how to operate room air conditioners, Wind pressure distribution “I always turn it on super’’, 177 around buildings: a parametrical model, 101