..., and ultimately mechanical performance. In this study we investigated two argon flows (optimized vs. nonoptimized) and their effects on the tensile properties and surface finish of Ti-6Al-4V samples (stress relieved) with different size dimensions and printing directions (horizontal vs. vertical...

...-induced porosity tensile properties 294 STRUCTURAL INTEGRITY OF ADDITIVE MANUFACTURED PARTS STP 1620, 2020 / available online at www.astm.org / doi: 10.1520/STP162020180087 Jean-Rene Poulin,1 Morgan Letenneur,1 Patrick Terriault,1 and Vladimir Brailovski1 Influence of Intentionally Induced Porosity...

... of the operating hardening mechanisms. metals alloys neutron irradiation extensometry flow localization tensile properties ASTM Special Technical Publication, Vol. 5, No. 4 Paper ID JAI101073 Available online at www.astm.org M. N. Gusev,1 O. P. Maksimkin,1 I. S. Osipov,1 and F. A. Garner2 Application...

... and quenched condition. Ti-15Mo beta titanium fatigue strength notch sensitivity tensile properties microstructure orthopedic applications ASTM F 2066 Brian Marquardt1 and Ravi Shetty2 Journal of ASTM International, October 2005, Vol. 2, No. 9 Paper ID JAI12779 Available online at www.astm.org...

... embrittlement type 316 stainless steels tensile properties low-strain-rate lower dose rate irradiation EBR-II reflector duct fast reactor core materials Journal of ASTM International, March 2005, Vol. 2, No. 3 Paper ID JAI12346 Available online at www.astm.org Tsunemitsu Yoshitake,1 Ichiro Yamagata,1...

... and the highest rate of relative activity decrease (90 %) during the cooling period. 304/316 8-12%Cr martensitic steels reduced activation ODS neutron irradiation at 325°C tensile properties activity dose rate Journal of ASTM International, September 2005, Vol. 2, No. 8 Paper ID JAI12354 Available...

... of the steels were used to explain the observations and what they mean for developing steels with improved properties. ferritic/martensitic steels tensile properties impact properties prior-austenite grain size heat treatment Journal ofASTM Intemational, May 2004, Vol. 1, No. 5 Paper ID JAIl1337...

... the Universal Slopes method. The predictions are compared with the experimental data to assess the potential for using tensile data to predict reactor component fatigue response. It was found that the effect of irradiation on fatigue life was less severe than on tensile properties. However, tensile properties...

...). Tensile tests were carried out using miniaturized specimens at ambient temperature and irradiation temperature. Charpy impact tests were conducted at temperatures from -196 to 0°C using an instrumented machine. There is little difference in tensile properties after neutron irradiation between the two...

... the swell ratio). ultra-high molecular weight polyethylene gamma irradiation e-beam irradiation crosslinking Fourier-Transform infrared analysis density tensile properties Izod impact wear testing orthopaedic medical devices total joint replacement Keith W. Greet, 1Richard S. King, 1and...

... behavior transition with temperature for ferritic steels. We then combine this model with a discussion of the uniformity of steel tensile properties to develop a method for predicting fracture toughness transition temperature shift due to irradiation from hardness tests. Master Curve tensile...

... Miniaturization of tensile specimen is investigated as one of the important methods to evaluate tensile properties of ceramic matrix composites such as SiC/SiC composites, which are attractive materials for fusion applications. For the establishment of small specimen test techniques, specimen...

... The effects of lower-dose-rate irradiation on the tensile properties of 12% cold-worked type 316 stainless steel hexagonal ducts which were irradiated in the outer rows of EBR-II were investigated. Tension tests were conducted on a total of seventeen irradiation conditions. Fractographic...

... properties of both conventional and reduced activation chromium-rich martensitic steels. 304/316 8–12%Cr martensitic steels reduced activation ODS neutron irradiation at 325°C tensile properties uniform corrosion PWR environment Jean-Christophe Brachet, l Xavier Averty,2 Pierre Lamagn6re...

... 316L 304L stainless steel Alloy 718 9Cr-lMo tensile properties Michael R. James, 1 Stuart A. Maloy, 1 Walter F. Sommer, 1 W. Robert Johnson) David A. Lohmeier, and Margaret L. Hamilton2 High-Energy Spallation Neutron Effects on the Tensile Properties of Materials for the Target and Blanket...

... and irradiated condition. In general, the 9%Cr steels show more resistance to irradiation at 300°C than the 10–12%Cr steels with respect to fracture toughness. neutron irradiation ferritic-martensitic 9–12%Cr steels tensile properties fracture toughness Charpy impact behavior embrittlement hardening...

... to the tenfold larger boron content prior to irradiation. neutron irradiation ferritic-martensitic 7–9%Cr steels low activation tensile properties fracture toughness Charpy impact behavior embrittlement hardening ductility Emile van Osch, I Marc Horsten] Gene E. Lucas, 2 and G. R. Odette 3...

... irradiated material or insufficient reactor volume prevent the use of even small tensile specimens. 316 stainless steel neutron irradiation tensile properties shear punch M. L. Hamilton,1 F. A. Garner, 1G. L. Hankin,2 R. G. Faulkner,2 and M. B. Toloczko3 Neutron-Induced Evolution of Mechanical...

... 316 stainless steel neutron irradiation tensile properties shear punch test property-property correlation G. L. Hankin, 1 M. B. Toloczko,2 K. I. Johnson) M. A. Khaleel, 3 M. L. Hamilton, 3 E A. Garner) R. W. Davies, 3 and R. G. Faulkner ~ An Investigation into the Origin and Nature of the Slope...

... addition of Si, Al and Y showed possible improvement in the ductility at lower temperature irradiation of vanadium alloys. vanadium alloy radiation hardening tensile properties neutron irradiation Manabu Satou, 1 Toshinori Chuto, 1Akira Hasegawa] and Katsunori Abe ~ Improvement of Post...