... An investigation of the combined effects of slow strain rate testing and cathodic protection of Ni-Cu Alloy K-500 forgings was performed. The J -integral fracture toughness tests were performed in a modified screw-driven Instron testing machine with measured cross head travel speeds of 0.1...

... The stress corrosion cracking (SCC) propagation kinetics of fatigue-precracked Ti-6Al-4V (an α-β alloy) and Ti-15V-3Al-3Cr-3Sn (a β-α alloy) were studied in neutral 3.5% NaCl solution and in inert environments. The slow strain rate method was used instead of the constant load method...

... and new areas requiring hydrogen embrittlement controls are identified. sustained load step load slow strain rate tension bending fracture mechanics accelerated testing electrochemical methods platings maintenance chemicals barnacle electrode Louis Raymond 1 Hydrogen Embrittlement Test...

... velocity immersion corrosion testing controlled potential Tafel extrapolation linear polarization potentiodynamic polarization kinetic polarization corrosion behavior diagram pitting corrosion crevice corrosion thermodynamic EMF-pH diagrams Poubaix diagrams slow strain rate Oliver W. Siebert...

... the selection of the test method, test environment, and safety precautions taken during testing. corrosion tests electrochemistry hydrogen embrittlement hydrogen sulfide oils gases safety stress corrosion double cantilever beam slow strain rate sulfide stress cracking Robert D. Mack,' S. Mark...

... The general considerations required in the design and construction of a slow strain-rate machine are discussed. A multispecimen machine built at the Ohio State University is illustrated, and the principal components used in this machine are listed. A four-specimen machine with a crosshead speed...

... The stress corrosion cracking (SCC) susceptibility of admiralty brass in several nonammoniacal solutions of pH ∼8 has been investigated at 25 °C using the slow strain-rate technique. The SCC tests were made at a controlled potential of 300 mV H . This potential is close to the cupric oxide...