| Title |
Author |
Publisher |
Notes |
|
Guiding principles concerning design of experiments, instrumentation and measuring techniques
Link |
G V Fracastoro, M D Lyberg |
Swedish Council for building research
1983 |
Describes different field measurements aimed at the determination of energy flows through the building envelope |
Standard practice for calculating thermal transmission properties under steady-state conditions
Link |
ASTM C 1045 |
ASTM 2001 |
A uniform procedure by which thermal transmission properties can be determined using data generated in various steady-state methods |
Standard practice for calibrating thin heat flux transducers
Link |
ASTM C 1130 |
ASTM 2001 |
Component calibration procedure to determine the sensitivity of heat flux transducers used in apparatus and for field measurements |
Standard practice for heat flow meter apparatus
Link |
ASTM C 1132 |
ASTM 1995 |
Covers calibration of a heat flow meter measurement system using reference materials or transfer standards |
Techniques for measurement of the thermal conductivity of insulation and refractories to high temperatures
Link |
NPL |
NPL 1991 |
Printed NPL industry training course documentation that can be bought direct from NPL |
|
Techniques for measurement of the thermal properties of engineering materials to high temperatures
Link |
NPL |
NPL 1991 |
Printed NPL industry training course documentation that can be bought direct from NPL |
Thermal performance of building materials and components - principles for the determination of thermal properties of moist materials and components
Link |
P I Sandberg |
CEN
European committee for standardisation
|
Measurement procedures for dry and moist materials are described. Thermal properties are determined at steady-state conditions using hot plate, heat flow meter or hot box apparatus |