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A growing interest in the use of protective coatings on the surface of a metal has been shown to be an economically affordable and potentially viable alternative for a number of purposes to include the following: (a) improving and/or enhancing the mechanical properties of the chosen metal, (b) improving resistance to environment induced degradation or corrosion, and (c) improved resistance to wear [1]. Over the years, few to several methods have been developed and put forth in an attempt to accomplish protective coatings on a structural metal. A few of these include the following: (i) Electrode position, (ii) Physical vapor deposition (PVD), (iii) Chemical vapor deposition (CVD), and (iv) Thermal spraying. A few of these methods are carried out at an elevated temperature, which does tend to exert an observable influence on mechanical properties of the chosen metal [2].

The Tensile Properties and Fracture Behavior of Two High Strength Steels: Influence of Coating