In this work the regimes of contact in misaligned crowned splined couplings have been analyzed. Experimental tests have been performed in order to identify if fretting damage on the components appears as fretting wear or fretting fatigue. A significant difference was identified on the surface of specimen by analyzing two different tests; the first test emphasized a fatigue damage and in the second test a wear phenomena has been achieved. Also a good correlation has been obtained by analyzing the fretting map obtained by using the Mindlin's theory and experimental result
Fretting is a term covering a wide array of physical phenomena. When contacting bodies vibrate, rela...
Most fretting studies analyze material׳s responses using criteria directly issued from characteristi...
AbstractIn mechanical engineering applications, cyclic loadings are most commonly seen. In many asse...
The primary purpose of my PhD thesis was to develop design criteria and to verify procedures about f...
This work focuses on the analysis of the debris found in the lubrication oil produced by the wear ab...
Fretting as a damaging way of the surface in contact is known for over 80 years. In the last 20 yea...
Splined couplings are widely used in many industrial fields and one of the most problematic failure ...
Fretting is the micrometer-level relative movement between contacting surfaces that can lead to fret...
AbstractSplined couplings are mechanical components subjected to fretting phenomena above all when t...
Fretting fatigue is a fatigue damage process that occurs when two surfaces in contact with each othe...
This paper examines the influence of contact geometry and oscillation frequency in a steel cylinder-...
The aim of this work is to use the surface roughness to identify the fretting damage on spline coupl...
Fretting wear is a quasi-static process in which repeated relative surface movement of components re...
The original contribution of this work is modeling of fretting wear in aero-engine spline couplings ...
Fretting refers to the minute oscillatory motion between two surfaces in contact under an applied no...
Fretting is a term covering a wide array of physical phenomena. When contacting bodies vibrate, rela...
Most fretting studies analyze material׳s responses using criteria directly issued from characteristi...
AbstractIn mechanical engineering applications, cyclic loadings are most commonly seen. In many asse...
The primary purpose of my PhD thesis was to develop design criteria and to verify procedures about f...
This work focuses on the analysis of the debris found in the lubrication oil produced by the wear ab...
Fretting as a damaging way of the surface in contact is known for over 80 years. In the last 20 yea...
Splined couplings are widely used in many industrial fields and one of the most problematic failure ...
Fretting is the micrometer-level relative movement between contacting surfaces that can lead to fret...
AbstractSplined couplings are mechanical components subjected to fretting phenomena above all when t...
Fretting fatigue is a fatigue damage process that occurs when two surfaces in contact with each othe...
This paper examines the influence of contact geometry and oscillation frequency in a steel cylinder-...
The aim of this work is to use the surface roughness to identify the fretting damage on spline coupl...
Fretting wear is a quasi-static process in which repeated relative surface movement of components re...
The original contribution of this work is modeling of fretting wear in aero-engine spline couplings ...
Fretting refers to the minute oscillatory motion between two surfaces in contact under an applied no...
Fretting is a term covering a wide array of physical phenomena. When contacting bodies vibrate, rela...
Most fretting studies analyze material׳s responses using criteria directly issued from characteristi...
AbstractIn mechanical engineering applications, cyclic loadings are most commonly seen. In many asse...