Add to ORKGFatigue tests were conducted to determine the actual reduction in fatigue life due to weight removal for balancing by: hand grinding, low power (20 watt) Nd:glass laser, and high power (400 watt) Nd:YAG laser
Mechanical surface enhancement techniques have been used to successfully increase the fatigue life o...
AbstractExpensive machine parts often are repaired by additive processes to limit costs and increase...
The cut-edge characteristic properties of automotive structures formed during the mechanical blankin...
An investigation into laser material removal showed that laser burns act in a manner typical of mech...
Mechanical Technology, Incorporated developed a fully automatic laser machining process that allows ...
The modifications of a flexible rotor system for two-plane laser balancing is described. Experimenta...
Laser shock peening (LSP) is an innovative surface treatment method that can result in significant i...
International audiencePurpose: The mechanical characterization of Selective Laser Melting (SLM) part...
Laser cutting is widely used in the metal industry, particularly when components of high strength st...
The quest for optimization and quality of products has caused many organizations to eliminate the i...
International audienceFeatures peculiar to laser technology offer some advantages over more traditio...
Laser peening without coating (LPwC) using a palmtop-sized microchip laser has improved the residual...
Selective laser melting (SLM) is being widely utilised to fabricate intricate structures used in var...
In the present investigation, a high-power diode laser was applied to improve the fatigue life of AI...
In order to improve the mechanical properties, and thus the in-service behaviour, of mechanical comp...
Mechanical surface enhancement techniques have been used to successfully increase the fatigue life o...
AbstractExpensive machine parts often are repaired by additive processes to limit costs and increase...
The cut-edge characteristic properties of automotive structures formed during the mechanical blankin...
An investigation into laser material removal showed that laser burns act in a manner typical of mech...
Mechanical Technology, Incorporated developed a fully automatic laser machining process that allows ...
The modifications of a flexible rotor system for two-plane laser balancing is described. Experimenta...
Laser shock peening (LSP) is an innovative surface treatment method that can result in significant i...
International audiencePurpose: The mechanical characterization of Selective Laser Melting (SLM) part...
Laser cutting is widely used in the metal industry, particularly when components of high strength st...
The quest for optimization and quality of products has caused many organizations to eliminate the i...
International audienceFeatures peculiar to laser technology offer some advantages over more traditio...
Laser peening without coating (LPwC) using a palmtop-sized microchip laser has improved the residual...
Selective laser melting (SLM) is being widely utilised to fabricate intricate structures used in var...
In the present investigation, a high-power diode laser was applied to improve the fatigue life of AI...
In order to improve the mechanical properties, and thus the in-service behaviour, of mechanical comp...
Mechanical surface enhancement techniques have been used to successfully increase the fatigue life o...
AbstractExpensive machine parts often are repaired by additive processes to limit costs and increase...
The cut-edge characteristic properties of automotive structures formed during the mechanical blankin...