His primary areas of investigation include Metallurgy, Microstructure, Composite material, Welding and Spot welding. His Metallurgy study focuses mostly on Friction stir welding, Indentation hardness, Alloy, Grain size and Ultimate tensile strength. His work in the fields of Microstructure, such as Metal matrix composite and Eutectic system, overlaps with other areas such as PID controller and Thermal.
His study in Friction stir processing and Coating falls under the purview of Composite material. As a member of one scientific family, Adrian P. Gerlich mostly works in the field of Welding, focusing on Aluminium and, on occasion, Penetration depth, High-density polyethylene and Butt welding. His Spot welding research incorporates elements of Rotational speed, Electric resistance welding, Laser beam welding and Friction welding.
The scientist’s investigation covers issues in Metallurgy, Composite material, Welding, Microstructure and Alloy. His study brings together the fields of Cracking and Metallurgy. His work on Friction stir welding, Gas metal arc welding, Heat-affected zone and Electric resistance welding as part of general Welding research is frequently linked to Material flow, bridging the gap between disciplines.
Microstructure is often connected to Porosity in his work. His work on Severe plastic deformation is typically connected to Fabrication as part of general Alloy study, connecting several disciplines of science. His research in Spot welding intersects with topics in Rotational speed, Strain rate, Shear strength and Friction welding.
His scientific interests lie mostly in Composite material, Microstructure, Welding, Alloy and Metallurgy. His work on Ultimate tensile strength, Nanocomposite, Severe plastic deformation and Grain size as part of general Composite material study is frequently linked to Material flow, bridging the gap between disciplines. The study incorporates disciplines such as Porosity, Tensile testing and Forging in addition to Microstructure.
The Welding study combines topics in areas such as Joint, Structural material and Intermetallic. His Intermetallic research is multidisciplinary, relying on both Spot welding, Shear strength, Rotational speed and Penetration depth. His Friction stir welding study in the realm of Alloy interacts with subjects such as Morphology.
A. Heidarzadeh;S. Mironov;R. Kaibyshev;G. Çam
Mohammad H. Farshidianfar;Amir Khajepour;Adrian P. Gerlich
Peng Peng;Anming Hu;Adrian P. Gerlich;Guisheng Zou
D.K. Lim;T. Shibayanagi;A.P. Gerlich
F. Khodabakhshi;A.P. Gerlich
A. Gerlich;G. Avramovic-Cingara;T. H. North
Unknown
T. Liyanage;J. Kilbourne;A. P. Gerlich;T. H. North
J. Mohammadi;Y. Behnamian;A. Mostafaei;H. Izadi
S. Sahraeinejad;H. Izadi;M. Haghshenas;A.P. Gerlich
Zhikang Shen;Yuquan Ding;Adrian P. Gerlich
K.J. Hodder;H. Izadi;A.G. McDonald;A.P. Gerlich
M. I. Khan;M. L. Kuntz;P. Su;A. Gerlich
A. Gerlich;P. Su;T. H. North
P. Su;A. Gerlich;T.H. North;G.J. Bendzsak
A. Gerlich;P. Su;T. H. North
Hossein Izadi;Adrian P. Gerlich
F. Khodabakhshi;S.M. Arab;P. Švec;A.P. Gerlich
M. Haghshenas;A.P. Gerlich
H. Izadi;A. Nolting;C. Munro;D.P. Bishop
T. Liyanage;G. Fisher;A.P. Gerlich
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