Add to ORKG7075-T6 is a common high strength-to-mass ratio aluminum alloy. Its application in corrosive media under cyclic loading has to be more deeply investigated. Physical Vapor Deposition (PVD) coatings could improve the tribological properties of the surface. The here described R=-1 rotating bending tests on uncoated and PVD Diamond Like Carbon (DLC) coated specimens in air environment aim at evaluating the influence of the coating deposition on the fatigue strength of the alloy. Different fracture surfaces morphologies were detected and for this reason the stresses induced by the rotation of the specimens (without bending) were calculated by means of finite element analysis
In this paper the influence of DCT (Deep Cryogenic Treatment) and a CrN arc-deposited PVD (Physical ...
Thin hard coatings are typically employed to improve surface material characteristics such as hardne...
The aim of the present work is to identify an environmentally clean coating process that will presen...
7075-T6 aluminium alloy is commonly adopted in high performance structures and components. Its fati...
Despite its high tensile strength and its brilliant fatigue behaviour, 7075-T6 aluminium alloy usage...
Purpose: 7075-T6 is the most widespread structural aluminium alloy due to its high mechanical streng...
7075-T6 is the most widespread structural high strength-to-mass ratio light aluminium alloy, due to ...
AbstractThe effect of a physically vapor deposited (PVD) WC/C coating on the fatigue behavior of as ...
Rotating bending fatigue tests were carried out by using the 7075-T7351 Al alloy with a microarc oxi...
In this paper, the effect of three different thin hard coatings on the fatigue behaviour of 2011-T6 ...
The 7075-T6 aluminum alloy, despite its outstanding mechanical qualities, has shown critical issues ...
In this paper the influence of DCT (Deep Cryogenic Treatment) and a CrN arc-deposited PVD (Physical ...
Thin hard coatings are typically employed to improve surface material characteristics such as hardne...
The aim of the present work is to identify an environmentally clean coating process that will presen...
7075-T6 aluminium alloy is commonly adopted in high performance structures and components. Its fati...
Despite its high tensile strength and its brilliant fatigue behaviour, 7075-T6 aluminium alloy usage...
Purpose: 7075-T6 is the most widespread structural aluminium alloy due to its high mechanical streng...
7075-T6 is the most widespread structural high strength-to-mass ratio light aluminium alloy, due to ...
AbstractThe effect of a physically vapor deposited (PVD) WC/C coating on the fatigue behavior of as ...
Rotating bending fatigue tests were carried out by using the 7075-T7351 Al alloy with a microarc oxi...
In this paper, the effect of three different thin hard coatings on the fatigue behaviour of 2011-T6 ...
The 7075-T6 aluminum alloy, despite its outstanding mechanical qualities, has shown critical issues ...
In this paper the influence of DCT (Deep Cryogenic Treatment) and a CrN arc-deposited PVD (Physical ...
Thin hard coatings are typically employed to improve surface material characteristics such as hardne...
The aim of the present work is to identify an environmentally clean coating process that will presen...