Titlebook: Laser Metal Deposition Process of Metals, Alloys, and Composite Materials; Rasheedat Modupe Mahamood Book 2018 Springer International Publ

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Rasheedat Modupe Mahamoodtion of the isotropic Gaussian random fields on a two or three-dimensional domain. The preferred tool for the decomposition of the random field is the Karhunen-Loéve expansion. The Karhunen-Loéve expansion can be approximated using the Galerkin method, where we encounter two main problems. First, th

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R. M. Mahamoodctural disorder inherent to these materials. Referred to as the boson peak regime of frequencies, how the corresponding eigenmodes relate to the underlying atomic-scale disorder remains an active research topic. In this paper we investigate the use of a polynomial filtered eigensolver for the comput

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Introduction to Laser Metal Deposition Process, and energy intensive manufacturing processes which are based on material removal, or on application of heat and pressure. Laser metal deposition process belongs to a class of additive manufacturing process that can be used to fabricate three dimensional (3D) computer aided design model of the part

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Laser Metal Deposition Process, Solidification Mechanism and Microstructure Formation,ded design (CAD) model of such parts by adding materials in layers. The CAD digital data of the part is used to generate a motion controlled computer program that is used to control the movement of a laser which then trace all profile of the CAD by injecting the material into the laser focal region

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Processing Parameters in Laser Metal Deposition Process,lso be used to repair high valued parts. Laser metal deposition process has also position itself for product remanufacturing because of its capability to add a new part to an old part and with high metallurgical integrity. Processing parameters play an important role in the evolving physical, metall

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