...: ashkaan.ozlati71@student.sharif.edu Email: m_movahedi@sharif.edu 17 05 2019 29 11 2019 01 12 2019 09 12 2019 in situ post weld heat treatment upset resistance weld tensile strength austenite/ferrite phase balance duplex stainless steel martensitic stainless steel materials...

... used to join porcine arterial tissues while the process parameters including voltage, current, and impedance were monitored. Tensile tests were performed to evaluate the quality of tissue joints. A new index, the strength-energy coefficient (mmHg/J), which is defined as the tensile strength divided...

...-hardened stainless steels. In the present study, effect of different heat treatment processes, namely solution annealing, aging, and overaging, on tensile strength, hardness, and wear properties has been studied in detail. Suitable metallurgical and mechanical characterization techniques have been applied...

... a perfect joint. However, solid state diffusion of the melting point depressant elements into the joint metal causes the solid/liquid interface to advance until the joint is solidified. The tensile strength values of all bonded specimens were found around 480–670 MPa. Energy dispersive spectroscopy studies...

... of the wedge device as a means of preventing sheet buckling during compression tests, experiments were conducted using miniature tensile specimens of 127  μ m thick 260 series brass. Specimens are first loaded in tension prior to reaching their ultimate tensile strength, and then reverse-loaded until either...

... aluminium alloys annealing deformation electron backscattering electron diffraction forming processes recrystallisation rolling sheet metal processing surface texture tensile strength tensile properties anisotropy forming limit diagrams prestrain annealing Aluminum alloys...

... . 10.1016/j.matdes.2009.11.053 37 www.matweb.com 38 www.azom.com 28 10 2010 16 07 2011 12 10 2011 12 10 2011 deformation finite element analysis forming processes sheet materials tensile strength tensile testing aluminum AA5754 lightweight warm...

... of high tensile strength alloys such as stainless steel 321, Inconel 625, and Ti–3Al–2.5V. The proposed forming technology is based on the utilization of high pressure developed in liquid flowing through a tubular work piece. This pressure results from superposition of compression waves generated...

... into the effects of the electric field. aluminium alloys aluminium manufacture elastic deformation electric current electric heating finite element analysis plasticity stress-strain relations tensile strength tensile testing Due to the limited formability, complex metallic parts are frequently...

... 11 2009 05 11 2009 aluminium alloys fatigue friction welding riveting tensile strength The use of aluminum and its alloys is rising in the automobile industry mainly because of their high strength-to-weight ratios. However, the difficulty in joining aluminum structures...

... compressive strength crack detection crack-edge stress field analysis finite element analysis glass glass manufacture laser beam applications separation tensile strength thermoelasticity laser scribing glass crack propagation thermal stress finite elements method When the laser...

... precision engineering stress measurement tensile strength turning (machining) wear X-ray diffraction residual stress hard turning grinding white layer Many researches have been conducted over the years to study the residual stress generated in steels by hard turning and grinding. The most...

... stainless steel tensile strength tensile testing welding pressure welding cold welding solid state welding microwelding fuel cell plate Pressure welding is a solid state welding technique used in various applications to bond similar or dissimilar ductile metals under high compressive...

... 08 2008 09 02 2009 05 05 2009 aluminium alloys fusion welding heat treatment lithium alloys Al-to-Al–Li welding electromagnetic impact tensile strength Lithium (Li) reduces density and increases stiffness when alloyed with aluminum (Al). With proper alloy design...

... to pure magnesium, the mechanical properties including tensile strength and yield strength of the Mg ∕ Si C nanocomposites were improved significantly, while the good ductility of pure Mg was retained. The grain size of the pure magnesium was refined significantly when SiC nanoparticles were dispersed...

... , is reflected by the different amount of base metal distortion shown in Figs. 16 17 . 12 11 2004 27 04 2005 riveting automobile industry impact (mechanical) fatigue spot welding tensile strength Driven by the ever-increasing demands for weight reduction of automobiles...

... in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received July 9, 2003; revised May 5, 2004. Associate Editor: S. R. Schmid. 09 July 2003 05 May 2004 25 04 2005 polymer blends recycling injection moulding plastics tensile strength plastics industry...

... crack detection machining internal stresses tensile strength One use of lasers is to scribe grooves along which brittle materials can be separated, as originally proposed by Garibotti 1 . This method used a laser to scribe wafers along the desired separation line, after which the scribed...

... welding, from longitudinal section they were found mostly on both sides of the nugget. Mechanical Testing : In order to understand the cracking behavior of this aluminum alloy, tests of the ultimate tensile strength (UTS) and ductility at temperatures from RT up to the solidus temperature were...

... July 1998; revised Dec. 1999. Associate Editor: S. G. Kapoor. 01 July 1998 01 Dec 1999 laser beam applications tensile strength manufacturing processes powders melting stainless steel Metal powder-based laser rapid manufacturing and materials processing techniques have...