Standard test method of conducting strength tests of panels for building construction.

ASTM E72 specifically pertains to the determination of the static axial tensile strength of metallic materials in the form of wire, bar, or rod. The test method involves subjecting a specimen to a tensile load until it fractures, measuring the load and the corresponding elongation or deformation of the specimen, and calculating the tensile strength based on these measurements.

Standard test method for determining rate of air leakage through exterior windows, curtain walls, and doors under specified pressure differences across the specimen.

The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to varying air pressure differentials while measuring the airflow through leaks or gaps in the specimen. By controlling the pressure differentials and monitoring airflow rates, the test determines the air leakage rate in cubic feet per minute per square foot of specimen area (cfm/ft²) at specified pressure differentials.

Standard test method for the structural performance of exterior windows, curtain walls, and doors by uniform static air pressure difference. 

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to progressively increasing uniform static air pressure differences across its surface while monitoring deflection, deformation, and any signs of failure. By applying controlled loads and observing the response of the specimen, the test assesses its structural integrity and resistance to wind-induced deflection, displacement, and failure.

Standard test method for water penetration of exterior windows, skylights, doors and curtain walls by uniform static air pressure difference.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to progressively increasing uniform static air pressure differences across its surface while simultaneously applying water to the exterior face of the specimen. By monitoring any water penetration through the specimen and observing any signs of leakage or water ingress, the test evaluates its resistance to water infiltration under simulated wind-driven rain conditions.

Standard test method for field testing uplift resistance of adhered membrane roofing systems.

• The test involves measuring the spectral reflectance, transmittance, and/or absorptance of the material across different wavelengths of the solar spectrum. By analyzing the material’s response to solar radiation, including its ability to reflect, absorb, or transmit solar energy, the test provides valuable data on its solar properties.

Standard test method for field determination of water penetration of installed exterior windows, skylights, doors, and curtain walls, by uniform or cyclic static air pressure difference.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to a controlled amount of water spray or rainfall while simultaneously applying a uniform static air pressure difference across its surface. By monitoring any water penetration through the specimen and observing any signs of leakage or water ingress, the test evaluates its resistance to water infiltration under simulated rain conditions.

Standard test method for the structural performance of sheet metal roof and siding system by uniform static air pressure difference.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to simulated wind loads using a specialized test apparatus or facility. By applying controlled wind pressures and loads to the specimen and monitoring its response, including deflection, deformation, and any signs of failure, the test evaluates its structural integrity and resistance to wind-induced forces.

Standard test method for: water penetration of metal roof panel systems by uniform static air pressure difference.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to a controlled amount of water spray or rainfall while simultaneously applying a uniform static air pressure difference across its surface. By monitoring any water penetration through the specimen and observing any signs of leakage or water ingress, the test evaluates its resistance to water infiltration under simulated rain conditions.

Standard test method for performance of exterior windows, curtain walls, doors and storm shutters impacted by missiles and exposed to cyclic pressure differentials.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to progressively increasing uniform static air pressure differences across its surface while monitoring its response, including deflection, deformation, and any signs of failure. By applying controlled wind pressures and loads to the specimen, the test evaluates its structural integrity and resistance to wind-induced forces.

Standard specification for performance of exterior windows, glazed curtain walls, doors and storm shutters impacted by wind-borne debris in hurricanes.

• The specification outlines requirements for the design, construction, and testing of exterior windows, curtain walls, and doors intended for use in regions susceptible to extreme wind events. It covers aspects such as material selection, structural design, installation methods, and performance testing criteria.

Standard test method for water penetration of metal roof panel systems by static water pressure head.

• The test involves subjecting the specimen (such as a window, curtain wall, or door assembly) to a controlled amount of water spray or rainfall while simultaneously applying a uniform static air pressure difference across its surface. By monitoring any water penetration through the specimen and observing any signs of leakage or water ingress, the test evaluates its resistance to water infiltration under simulated rain conditions and air pressure differentials.