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Ramesh et al [4] placed Ti-6Al-4V in difficult to machine materials category.
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Journal of the mechanical behavior of biomedical materials, 2009. 2(1): p. 20-32
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Used the gauss body heat source to irradiate underwater aluminum target material, in this paper, simulated the process of punching, gauss body heat source equations as follows: (1) Where U is energy on the surface of the aluminum material; a is the optical depth of material; b is the absorptions of material for laser energy; r is 95% of the heat source center to spot radius.
Governing equation of the model can be expressed as a function of temperature: (2) Where is the density of material; is the heat capacity of materials; is time; is the heat source; is changing with temperature coefficient of thermal conductivity.
Acknowledgements This project was funded by National Natural Science Foundation of China (Grant No.61366009), the Guangxi Natural Science Foundation (Grant No. 2012GXNSFAA053202), the director Fund of Guangxi Manufacturing Systems and Advanced Manufacturing Technology Laboratory (Grant No. 13-051-09-004Z), and Guangxi Experiment Center of Information Science, Guilin University of Electronic Technology (Grant No. 20130313) References [1] W.
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It shall be noted that the process of impact of individual particles against the surface is also a subject of significant theoretical and experimental research works in allied sciences – impact damage of constructional materials [4, 5], determination of properties of constructional materials under dynamic loading [6] and technologies of dynamic pressure processing of materials [7].
These research works determined mechanical damages on contact surfaces and in the bulk of materials, the liquid drop impact was studied in sufficient detail theoretically as applied to the processes of material erosion and plastic yield during pressure processing.
A., Physical and mathematical simulation of mesostructurally arranged plasma coating formation process, Applied Physics Journal, 82 (2) (2012) 105 – 112
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[11] Klochkov Y., Papic L., Vasileva I., Gazizulina A., Developing a procedure for technical status control of a turbine compressor package blades, Applied Mechanics and Materials, 756 (2015) 652-659.

In order to further optimize the present bone substitute materials and develop new bioactive bone substitute materials that are more closer to human bone in compositions, structures and properties, it is necessary to characterize the biomimetic properties of the composite more deeply and comprehensively by comparing it with human bone.
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Wang, Effects of Grain Size on Micro Backward Extrusion of Copper, Advanced Materials Research. 83-86, (2010) 1092-1098
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