Add to ORKGCritical relative slippage (Scr) is known as a limit before loosening mechanism to occur. This limit is very crucial to predict the performance of bolted joint. Therefore, in this study, investigation of Scr for M10 bolted joint under transverse loading was conducted using finite element (FE) analysis. FE model was validated by comparing the relationship between preload and twisting torque for FE model and theoretical values. Scr values from FE analysis and experimental results were compared and good qualitative agreement was obtaine
Abstract: Plastic region tightening is widely used in critical bolted joints in internal combustion ...
By considering the tightening process, a three-dimensional elastic finite element analysis is conduc...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
Considering the efficient productivity and maintainability, most of machine and products has many jo...
The thread joint has been frequently used for the efficient productivity and maintainability as a m...
The thread joint has been frequently used for the efficient productivity and mai...
In this paper, we evaluate the sliding and the loosening behavior of thread joints (M16 bolt-nut fas...
Proper initial load is necessary to ensure the stability of the bolted connections. In order to appl...
Presently, Clause 13.12.3, Connections in Combined Shear and Tension, of S16.1-94 gives an expressio...
International audienceThe self-loosening of a joint through unscrewing of the bolt is a phenomenon m...
achieved in the tightening process, DN shows significant loosening resistance regardless ech ion-in ...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
Abstract: Plastic region tightening is widely used in critical bolted joints in internal combustion ...
By considering the tightening process, a three-dimensional elastic finite element analysis is conduc...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
Considering the efficient productivity and maintainability, most of machine and products has many jo...
The thread joint has been frequently used for the efficient productivity and maintainability as a m...
The thread joint has been frequently used for the efficient productivity and mai...
In this paper, we evaluate the sliding and the loosening behavior of thread joints (M16 bolt-nut fas...
Proper initial load is necessary to ensure the stability of the bolted connections. In order to appl...
Presently, Clause 13.12.3, Connections in Combined Shear and Tension, of S16.1-94 gives an expressio...
International audienceThe self-loosening of a joint through unscrewing of the bolt is a phenomenon m...
achieved in the tightening process, DN shows significant loosening resistance regardless ech ion-in ...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...
Abstract: Plastic region tightening is widely used in critical bolted joints in internal combustion ...
By considering the tightening process, a three-dimensional elastic finite element analysis is conduc...
In a bolted joint, the preload level resulting from the tightening torque represents a very importan...