US5434223 * Oct 29, 1993 Jul 18, 1995 Scheetz; Howard A. Ductility; melt, impact, and tensile strengthUS5434223 * 1993年10月29日 1995年7月18日 Scheetz; Howard A. Ductility; melt, impact, and tensile strengthUS5434223 1993年10月29日 1995年7月18日 Scheetz; Howard A. Nylon 4.6 block ...
A Study of the Effect of Indium Filler Metal on the Bonding Strength of Copper and Tin In was deposited onto the joint interface of a Cu/Sn joint to examine the effect of the filler metal on the tensile strength of the joint and on the reduct... Koyama,Shinji,Ting,Seng Keat,Aoki,Yuki...
It is important to know when, and how, they do this—to design structures to withstand normal service loads without any permanent deformation, and rolling mills, sheet presses and forging machinery that will be strong enough to deform the materials that are formed. To study this, prepared ...
Austenitic stainless steels are prominent materials for their superior corrosion resistance and a combination of strength and ductility. However, the relatively low yield strength limits its application in high strength structural applications. Cryorolling is one of the promising methods of enhancing the ...
The mechanical properties, microstructure, and texture of both the novel and conventional process routes have been compared. The cryogenic-hot deformed sample exhibits the highest ductility and fracture strength (ultimate tensile strength: 321 MPa, ductility: 21%) due to effective grain refinement and...
We find that the tensile strength and ductility of SLM-built stainless steel 316L samples could be enhanced by ~16% and ~40% respectively, with the engineered <011> textured microstructure compared to the common <001> textured microstructure. This is because the favorable nano-twinning mechanism ...
A general procedure is discussed whereby the fatigue process is separated into three stages of crack initiation, crack propagation and final fracture, Relations for these three stages are discussed making it possible to examine the relative roles of ductility, tensile strength and fracture toughness in...
the resulting electroslag weld deposit has a characteristic microstructure resulting in good tensile strength, high impact strength, and good ductility characteristics over a wide range of dilution of the weld deposit by the base metal, all without the necessity of an expensive and energy-consuming po...
These properties fall into five broad categories: strength, hardness, elasticity, ductility and toughness. Strength is the ability of a metal to resist applied forces. Strength properties are commonly referred to as tensile strength, bending strength, compressive strength, torsional strength, shear ...
(1) suggests an improved uniform elongation without a loss of strength can be achieved by enhancing the strain-hardening rate. This opens an opportunity to bridge the relationship of trade-off between the tensile strength and ductility of L-PBF manufactured materials as well as advanced structural...