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Industrial applications of plasma welding technology are in spot light in many industries. The flexibility of coupling electric field, magnetic field and parameters in plasma heat flux has been demonstrated in selected pilot scale and plasma welding for metallurgical and parametallurgical purpose. This paper present effect of different parameters: magnetic field, homogenous Direct Current electric field (DC), shear scale length, temperature anisotropy, inhomogeneoity in DC electric field, density gradient on heat flux. Theoretical results from mathematical model shows that plasma parameters affect the heat flux in plasma welding by velocity shear instability.
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R. K. Tyagi (2012) studied this question.
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