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This specification covers the requirements for producing a zinc phosphate coating on ferrous alloys and the properties of the coating.

This specification covers the requirements for producing a zinc phosphate coating on ferrous alloys and the properties of the coating.

This specification defines the requirements for joining metals and alloys using the gas-tungsten-arc welding (GTAW) methods.

This specification defines the requirements for joining metals and alloys using the gas-tungsten-arc welding (GTAW) methods.

This specification defines the requirements for joining metals and alloys using the gas-tungsten-arc welding (GTAW) methods.

This specification covers requirements for resistance spot and seam welding of the following metals and their alloys. Group 1 - Aluminum and magnesium Group 2 - Iron, nickel, and cobalt Group 3 - Titanium

This specification covers requirements for resistance spot and seam welding of the following metals and their alloys. Group 1 - Aluminum and magnesium Group 2 - Iron, nickel, and cobalt Group 3 - Titanium

This specification defines the procedures and requirements for joining metals and alloys using the electron-beam (EB) welding process.

The purpose of this recommended practice is to provide recommendations concerning the procedure for wave soldering.

The purpose of this recommended practice is to provide recommendations concerning the procedure for wave soldering.

This specification defines the requirements for joining metals and alloys using the gas-tungsten-arc welding (GTAW) methods.

This recommended practice provides general recommendations for welding structural assemblies for aerospace ground support equipment.

The purpose of this recommended practice is to provide recommendations concerning the procedure for wave soldering.

An industry-wide interest has arisen with regards to the properties and capabilities of investment cast PH 13-8Mo corrosion resistant steel. Specifically of interest are the structural applications in the aerospace industry for this product heat treated to the H1000 condition. The objective of this AMEC cooperative test program was to generate and compile useful data for aerospace structural evaluation of investment cast PH 13-8Mo heat treated to H1000. The focus of the test program was the determination of overall mechanical properties, fatigue, fracture toughness, and crack growth data along with basic microstructural evaluation of the investment cast material. Additional objectives included the evaluation of mechanical property variations between cast and machined tensile specimens and evaluation of microstructural constituents. All testing was performed to determine the suitability of PH 13-8Mo, H1000 investment castings for use in the aerospace industry.