Results 81 to 90 of about 282 (122)

Chapter 3 - Problems in estimating fuels consumed in buildings: fuel requirements of hypocausted baths (Fuel and Fire in the Ancient Roman World: Towards an integrated economic understanding)

, 2019
openaire   +1 more source

N wall and hypocaust floor

core  

Barrel vault, apse on W side, and hypocaust floor

core  

Characteristic parameters of a hypocaust construction

Building and Environment, 1998
Abstract Hypocaust, an ancient Roman concept for keeping the inside of buildings warm, has been explained with a survey of a few modern buildings based on these concepts and using solar heat employing a number of design variations. Results expressed in terms of energy requirements per m2 of floor area per degree day comes out to be minimum (15.4 kJ m−
N K Bansal
exaly   +3 more sources

Evaluation of hypocaust heating of buildings

International Journal of Ambient Energy, 1999
SYNOPSIS Hilly areas usually need heating for comfort inside the building. Passive techniques such as direct gain, Trombe wall and the solarium can be incorporated for space heating. These techniques have already been studied in detail and are well understood.
N K Bansal
exaly   +3 more sources

Hypocaust

, 2021
exaly   +3 more sources

The Roman Hypocaust At. Slack

Notes and Queries, 1965
Geo. Lloyd
exaly   +3 more sources

Discovery of a Roman Hypocaust at Chester

Journal of the British Archeological Association, 1893
Frank H. Williams
exaly   +3 more sources