A K Panda

Theoretical prediction and experimental study of a ferromagnetic shape memory alloy: Ga2MnNi

We predict the existence of a ferromagnetic shape memory alloy

Evaluation of Deformation Behavior of HSLA-100 Steel Using Magnetic Hysteresis Technique

{\text{Ga}}_{2}\text{MnNi}

Heat treatment induced martensitic accommodation and adaptive anisotropy in melt spun Ni55Mn22Ga23 (at. %) ribbons

using density-functional theory. The martensitic start temperature

Residual Stress Analysis in Surface Mechanical Attrition Treated (SMAT) Iron and Steel Component Materials by Magnetic Barkhausen Emission Technique

({T}_{M})

Magnetic and structural behaviours of nanocrystalline Fe 70.8 Nb 3.7 Cu 1 Al 2.7 Mn 0.7 Si 13.5 B 7.6 alloy

is found to be approximately proportional to the stabilization energy of the martensitic phase

Temperature-Dependent Giant Magnetoimpedance Effect in Amorphous Soft Magnets

(\ensuremath{\delta}{E}_{\text{tot}})

Interplay of stress, temperature, and giant magnetoimpedance in amorphous soft magnets

for different shape memory alloys. Experimental studies performed to verify the theoretical results show that

Development of high strength stainless steel brazed joints using rapidly solidified filler alloys

{\text{Ga}}_{2}\text{MnNi}

A potential Co36Fe36Si4B20Nb4 nanocrystalline alloy for high temperature soft magnetic applications

is ferromagnetic at room temperature and

Magnetic and mechanical properties of Cu-strengthened aged HSLA-100 steel

{T}_{M}