... tensile strength Master Curve irradiation NDT 68 INTERNATIONAL REVIEW OF NUCLEAR REACTOR PRESSURE VESSEL SURVEILLANCE PROGRAMS STP 1603, 2018 / available online at www.astm.org / doi: 10.1520/STP160320170063 Randy K. Nanstad,1 Mikhail A. Sokolov,2 Susan R. Ortner,3 and Paul D. Styman3 Neutron...

..., the tensile strength, the master curve reference temperature, T 0 , and the Charpy-V transition temperature through the thickness of multilayer beltline welding seam SN0.1.4 and the forged base metal ring 0.3.1. For the beltline welding seam we observed a large variation in the through-thickness master...

.../DTG) performed on the TPO roof membranes that were exposed for seven years in the various conditions will be summarized. TPO WSRCA NRC DMA FTIR TG/DTG AK Las Vegas Seattle TX thickness tensile strength glass transition roof membrane thermoplastic polyolefin Western State Roofing...

... in a water bath subject to elevated temperature. Test results of three commercial CFRP systems are presented. A discussion of accelerated aging is included in the developmental effort. accelerated aging CFRP bond strength flexural strength tensile strength strength reduction factor durability...

... annealing treatment. Charpy impact fracture toughness irradiation precracked Charpy reactor pressure vessel reirradiation tensile strength thermal annealing Journal of ASTM International, October 2005, Vol. 2, No. 9 Paper ID JAI12888 Available online at www.astm.org R. K. Nanstad,1 M...

... the laboratory-treated and the normally used fabrics. The laboratory cycling treatment affected tear resistance more than the tensile strength of the study fabrics. Both pre-treatments seemed to have affected the flammability of the fabrics similarly. The results of this study support the conception...

.... Therefore, material properties behave in a stable and predicable manner to the end of a 30 years design life for CANDU reactor pressure tubes. Zr-2.5Nb alloy pressure tube neutron radiation damage tensile strength elongation fracture toughness delayed hydride cracking microstructure evolution...

... with material chemistry but with a high sensitivity to strength. Zr-2.5Nb alloy pressure tube melting practice sponge electrolytic powder cold-work extrusion temperature crack growth resistance fracture toughness tensile strength neutron irradiation Journal of ASTM International, July/August...

... condition. Comparisons of Charpy impact and fracture toughness results are mixed relative to transition temperature shifts for irradiated and reirradiated conditions. Charpy impact fracture toughness irradiation precracked Charpy reactor pressure vessel reirradiation tensile strength thermal...

... the fracture properties of the films and the effect of the environment. tensile test tensile strength fracture toughness polysilicon silicon dioxide silicon nitride electrostatic force grip Toshiyuki Tsuchiya I and Jiro Sakatal Tensile Testing of Thin Films Using Electrostatic Force Grip...

... Through the development and application of high strength geosyntetics, the problem of clamping during the tensile test has become an important theme. The construction of clamping systems is decisive for obtaining a value as close as possible to true tensile strength. For this purpose...

... area of the specimen, thus permitting very high jaw pressures without specimen damage. The specific concerns about testing of reinforcing products expressed in the literature are: (1) the effect of sample gage (length) on reported values including tensile strength, extension and modulus, (2) the effect...

.... elongation geotextile laboratory tests material tests mechanical properties nonwoven tensile strength testing Christopher Elvidge1 and Gerald Raymond2 Wide-Width Strength Test for Nonwoven Geotextiles Without Using Grips Reference: Elvidge, C. and Raymond, G., "Wide-Width Strength Test for Nonwoven...

... and polyethyleneterephthalate (PET) based thermoplastics as examples, our analysis revealed a range of similarities and differences in these two testing procedures. With either procedure — ASTM or ISO — similar results were obtained for material parameters such as tensile strength, tensile strain, and modulus of elasticity...

... determined using three point bend tests on specimens of the base materials and of the joints. Tensile and fracture toughness results, together with the metallography of the joints will be presented. Implications of these results and the deformation mechanisms will be briefly discussed. tensile strength...

... residual radioactivity that may limit the usefulness of this braze after exposure to neutron irradiation. dispersion strengthened copper brazing transmutation gold silver mercury cadmium tensile strength first wall divertor miniature tensile specimens radioactivation D.J. Edwards, 1M.L...

... of wrought CoCr exhibited higher fatigue strength than cast CoCr in both porous-coated and mock-sintered conditions. This may be attributed to the finer grain size of this material. Cobalt-chromium alloy high carbon bar-stock forging porous-coated fatigue strength tensile strength microstructure...

... wear resistance compared to either electroplated nickel or chromium in sliding wear at a contact stress of 37 Mpa. The tensile strength decreased in proportion to the volume fraction of coating applied to the steel substrate. chromium plating electroless nickel fatigue tensile strength shot...

... forging. The superior strength and toughness were confirmed with good creep rupture strength. The FATT at the center of low-pressure section was −3‡C with the tensile strength level of 870 MPa. From the results of fracture toughness test, low cycle fatigue test, and isothermal aging test, superior...

... are described in detail. ceramic matrix composite tubes test methods ply-level elastic properties tensile strength torsional strength tension-tension fatigue torsion-torsion fatigue biaxial fatigue fatigue (materials) fracture (materials) testing deformation (materials) multiaxial fatigue...