|1.||Nellaiappan, Sankara Narayanan T S: 1 article (08/2015)|
|2.||Thangaraj, Balusamy: 1 article (08/2015)|
|3.||Nishimura, Toshiyasu: 1 article (08/2015)|
|4.||Lee, Min Ho: 1 article (08/2015)|
|5.||Kulandaivelu, Ravichandran: 1 article (08/2015)|
|6.||Zhou, Huimin: 1 article (07/2015)|
|7.||Shen, Ya: 1 article (07/2015)|
|8.||Hieawy, Ahmed: 1 article (07/2015)|
|9.||Wang, Zhe-Jun: 1 article (07/2015)|
|10.||Haapasalo, Markus: 1 article (07/2015)|
07/01/2015 - "There was no significant difference in the austenite finish between unused files and instruments subjected to the fatigue process. "
01/01/2012 - "During rotating bend fatigue test, no statistically significant difference (P > .05) was found on austenite finish temperatures between as-received M-Wire and fatigued samples. "
02/01/2007 - "Consequently, the current work is focused on characterizing in vitro both subcritical and critical crack growth (fatigue-crack growth and R-curve fracture toughness) behavior in thin-walled ( approximately 400microm thick) Nitinol tubing similar to that used for medical device manufacture (following shape-setting procedures to flatten the material), with a resultant austenite finish temperature of A(f) approximately 25-30 degrees C, identical to self-expanding Nitinol stents. "
01/01/2014 - "The revealed diffusion acceleration at low temperatures is caused by high-density dislocations and additional low-angle subboundaries of disoriented nanofragments of reverted austenite and deformation twin subboundaries formed during multiple γ-α-γ cycles. "
03/01/2010 - "Transmission electron microscopy investigations of the artefacts induced by focused ion beam machining in the austenite revealed set of parallel dislocations with edge character located near the free surface of the thin foils."
08/19/2015 - "The increase in surface roughness, transformation of the austenite to α'-martensite phase, a higher extent of deformation, and the presence of larger number of defects/dislocations are main factors responsible for the lower corrosion resistance observed for 304 SS treated using 5 and 8 mm ⌀ balls in Ringer's solution. "
08/19/2015 - "SMAT of 304 SS induced plastic deformation, enabled surface nanocrystallization, refined the grain size, transformed the austenite phase to strain induced α'-martensite phase, increased the surface roughness, induced defects/dislocations, imparted compressive residual stresses at the surface, decreased the contact angle, and increased surface energy. "
12/01/2012 - "The results showed that there were no obvious changes of the phase transformation temperatures and shape memory characteristics of the NiTi alloy after the MAO surface modification and the coating could withstand the thermal shock and volume change caused by martensite-austenite phase transformation. "
|3.||Monoamine Oxidase (MAO)