This paper’s goal is to introduce the third step of the EFOP-3.6.1-16-2016-00014. project on the Faculty of Engineering, University of Szeged. In this period the production technology of composite material was chosen and a fatigue test machine was developed and tested. The paper shortly describes the composite materials and summarizes the theory of fatigue than it presents the process of the development with several prototypes of fatigue test machine, some of which were manufactured and tested. Initially a shaker played the key role in the first two conceptions and finally a crank mechanism became as the best solution. The main solved problems during the development were selection of bearings and solving the partly dynamic balancing of the ...
Experimental studies on fatigue behavior are usually conducted on servo-hydraulic testing machines t...
A theoretical framework that underlies an accelerated testing method for unidirectional (UD) composi...
High fuel saving potentials, increased load carrying capacities and therefore competitive advantages...
The paper illustrates a fatigue design strategy, based on the physics of the damage evolution, under...
International audienceFatigue of composite structures presents an increasing concern to the aerospac...
Bachelor thesis deals with fatigue of composite materials. It is split into two main parts. First pa...
Polymeric and composites materials are increasingly used in industry as structural parts, so that sp...
In a variety of engineering and mechanical research domains, composite materials have become a via...
Lot of research work is published on various aspects of fatigue failure behavior of laminated compos...
The use of composite materials in U.S. Navy aircraft and other vessels has become increasingly popul...
A previously designed fatigue apparatus to test bending fatigue behaviours of glass–fiber reinforced...
The need of weight reduction for fuel reduction and CO2 regulations enforces the use of light-weight...
The use of fiber reinforced polymer composites for structural application is increasing nowadays. Th...
The fatigue testing machine is special equipment specially used for testing the fatigue strength of ...
Composites are now being incorporated into aircraft designs because of their high strength to weight...
Experimental studies on fatigue behavior are usually conducted on servo-hydraulic testing machines t...
A theoretical framework that underlies an accelerated testing method for unidirectional (UD) composi...
High fuel saving potentials, increased load carrying capacities and therefore competitive advantages...
The paper illustrates a fatigue design strategy, based on the physics of the damage evolution, under...
International audienceFatigue of composite structures presents an increasing concern to the aerospac...
Bachelor thesis deals with fatigue of composite materials. It is split into two main parts. First pa...
Polymeric and composites materials are increasingly used in industry as structural parts, so that sp...
In a variety of engineering and mechanical research domains, composite materials have become a via...
Lot of research work is published on various aspects of fatigue failure behavior of laminated compos...
The use of composite materials in U.S. Navy aircraft and other vessels has become increasingly popul...
A previously designed fatigue apparatus to test bending fatigue behaviours of glass–fiber reinforced...
The need of weight reduction for fuel reduction and CO2 regulations enforces the use of light-weight...
The use of fiber reinforced polymer composites for structural application is increasing nowadays. Th...
The fatigue testing machine is special equipment specially used for testing the fatigue strength of ...
Composites are now being incorporated into aircraft designs because of their high strength to weight...
Experimental studies on fatigue behavior are usually conducted on servo-hydraulic testing machines t...
A theoretical framework that underlies an accelerated testing method for unidirectional (UD) composi...
High fuel saving potentials, increased load carrying capacities and therefore competitive advantages...