...Shashikant Joshi; Asim Tewari; Suhas S. Joshi Based on the above discussion on the experimental analysis of influence of machining environments on chip segmentation, it can be concluded that: The mechanism of chip segment formation in machining the titanium alloy under the three machining...

.... Each method is evaluated at a number of temperatures. aluminium alloys boron alloys carbon chromium alloys extrapolation fatigue gas turbines molybdenum alloys nickel alloys niobium alloys plastic deformation superalloys tantalum alloys tensile strength titanium alloys tungsten alloys...

... tensile strength titanium alloys wires 16 03 2010 11 09 2010 04 03 2011 04 03 2011 It is important to realize that a complete dynamic recrystallization does not mean a complete restoration. In fact, a microstructure is a mixture of grains that encompass the full range...

...X. H. Zhou; X. Su The surface topography of aluminum and titanium alloys after plastic deformation is investigated using white-light interferometry. The surface profiles of tensile samples in the longitudinal and transverse directions are analyzed. The surface develops self-affine roughness...

.... , and Grummon , D. S. , 2002 , “ Nanoindentaion and Wear Behavior of Nickel-Titanium Alloys and Thin Films ,” Mater. Res. Soc. Symp. Proc. 0272-9172 , 697 , pp. 292 – 296 . 02 11 2009 07 04 2010 17 06 2010 17 06 2010 bending compressive testing differential scanning...

... choosing the tooling materials and subsequent parameter identification. 08 12 2009 15 02 2010 16 06 2010 16 06 2010 aluminium alloys friction titanium alloys vanadium alloys welding friction stir welding titanium microstructure fatigue tensile behavior...

... magnesium alloys manganese alloys mechanical strength porosity rheology segregation silicon alloys titanium alloys zinc alloys 01 08 2008 02 02 2009 12 03 2010 12 03 2010 2010 American Society of Mechanical Engineers ...

... -Ti phase stabilizer in titanium alloys. Figure 4b shows the microstructure corresponding to a composition of Ti – 1.9   at .   % Ni. Apart from an increase in the amount of β -Ti , the size and the aspect ratio of the α -Ti laths decreased. The microstructure now...

... the evolution of damage under monotonic loading condition in a near α IMI-834 titanium alloy, used for aeroengine components in compressor module. The damage model parameters have been experimentally identified by in situ measurement of damage during monotonic deformation using alternating current potential...

...Carl D. Ross; Thomas J. Kronenberger; John T. Roth Recent research has demonstrated that the mechanical properties of metals are altered when an electrical current is passed through the material. These studies suggest that titanium alloys, due to their low formability and need for dramatic...

... USB data acquisition devices and simultaneous PID control loops removed stumbling blocks, which had hindered previous researchers. The following processing principals were experimentally observed. 07 03 2008 01 12 2008 09 03 2009 aluminium alloys titanium alloys vanadium...

... 2009 crack detection crack-edge stress field analysis crystal microstructure dislocation pile-ups fatigue cracks finite element analysis forging nucleation plastic deformation plasticity slip titanium alloys ultrasonic materials testing Ti-6242 crack initiation dwell fatigue...

... nonproportional loading (i.e., when the principal stress directions rotate during a cycle of loading), and in the presence of multiaxial mean stresses. multiaxial fatigue critical plane models nonproportional loading mean stresses aluminium alloys cracks fatigue nucleation titanium alloys...

... relations titanium alloys twin boundaries Young's modulus In recent years, near γ - Ti Al has remained interesting to researchers because of its low density, high temperature strength, and good corrosion resistance, making it appealing for use in heat engines ( 1 2 ). However, the low...

... and those that are damage related (i.e., cracks and cavities). The development of undesirable/nonuniform microstructures and cavities during the mill processing of alpha/beta titanium alloys is addressed first. Relatively simple, diffusion-based models of spheroidization and coarsening are applied...

...C. Maletta; A. Falvo; F. Furgiuele A phenomenological model to simulate the two-way shape memory effect (TWSME) in nickel-titanium alloys (NiTi) is proposed. The model is based on the Prandtl–Ishlinksii operator and it is able to simulate the hysteretic behavior of the material in the strain...

... aluminium alloys titanium alloys functionally graded materials particle size functionally graded material (FGM) centrifugal solid-particle method orientation platelet Hermans orientation parameter Miyamoto , Y. , Kaysser , W. A. , Rabin , B. H. , and Ford , R. G...

... to overcome some of the shortcomings of the basic symmetry cell for cases involving high peening velocity and intensity. 07 10 2005 17 08 2006 titanium alloys aluminium alloys vanadium alloys finite element analysis shot peening elastoplasticity internal stresses drilling shot...

... titanium alloys aluminium alloys shape memory effects sintering yield stress ductility The shape memory alloy (SMA) NiTi has three distinctive properties, shape memory effect (SME), superelastic effect (SE), and high damping capacity, which have made it possible for their use in medical...

... dissipation capacity and recentering capabilities to the system. shape memory alloys damping recentering earthquake engineering innovative systems nickel alloys titanium alloys bars shape memory effects elasticity damping internal stresses buckling vibrations 31 08 2005...