Pulsed laser heating and melting
D Sands - Heat Transfer-Engineering Applications, 2011 - books.google.com
Modification of surfaces by laser heating has become a very important aspect of modern
materials science. The author's own interests in laser processing have been involved in the …
materials science. The author's own interests in laser processing have been involved in the …
The temperature profile in the molten layer of a semi-infinite target induced by irradiation using a pulsed laser
SES Abd El-Ghany - Optics & Laser Technology, 2001 - Elsevier
The two-dimensional Laplace integral transform technique has been used to compute the
temperature profile of the molten layer on the surface of a semi-infinite target when irradiated …
temperature profile of the molten layer on the surface of a semi-infinite target when irradiated …
On the evaporation of a semi-infinite target induced by a pulsed laser
SES Abd El-Ghany - Optics & Laser Technology, 2006 - Elsevier
The two-dimensional Laplace integral transform technique has been applied to get the
temperature distributions in the molten and the solid parts of a semi-infinite target irradiated …
temperature distributions in the molten and the solid parts of a semi-infinite target irradiated …
The temperature profile in the molten layer of a thin-film coated on a substrate induced by irradiation with a pulsed laser
SES Abd El-Ghany - Optics & Laser Technology, 2004 - Elsevier
The two-dimensional Laplace integral transform technique has been applied to get the
temperature distributions in the molten layer of a thin-film coated on a substrate, the solid …
temperature distributions in the molten layer of a thin-film coated on a substrate, the solid …
Evaporation of a thin film coated on a substrate induced by a pulsed laser
SES Abd El-Ghany, AF Hassan - Optics & Laser Technology, 2007 - Elsevier
The two-dimensional Laplace integral transform technique has been applied to get the
spatial and temporal temperature distributions in both the molten layer thickness of a thin …
spatial and temporal temperature distributions in both the molten layer thickness of a thin …
A theoretical study on the melting of a finite slab with a pulsed laser
SES Abd El-Ghany - Optik, 2009 - Elsevier
Calculations of the spatial and temporal temperature distributions in the molten layer
thickness, the still solid part and in the backward surface of the finite slab were carried out …
thickness, the still solid part and in the backward surface of the finite slab were carried out …
A theoretical study of the evaporation induced by a pulsed laser in a finite slab
SES Abd El-Ghany - Optics communications, 2009 - Elsevier
The two-dimensional integral Laplace transform technique has been applied to get the
temperature distributions in the molten layer, the solid part and in the backward surface of a …
temperature distributions in the molten layer, the solid part and in the backward surface of a …
Approximate solution of melt depth inside titanium during laser materials processing
D Ngwenya - 2015 - open.uct.ac.za
The use of lasers has increased in areas of science, engineering and medicine. Their
advantages over the traditional methods of thermal application are their ability to localize …
advantages over the traditional methods of thermal application are their ability to localize …
On Evaporation of a Thin-Film Coated on a Substrate
SES Abd El-Ghany, AF Hassan - journals.ekb.eg
The two-dimensional Laplace integral transform technique has been applied to get the
spatial and temporal temperature distributions in both the molten layer thickness of a thin …
spatial and temporal temperature distributions in both the molten layer thickness of a thin …