In the present study, monotonic tension tests and low cycle fatigue tests were performed on aluminum alloy EN AW-2024-T3 under various operating temperatures. The results were assessed in order to determine the Bauschinger effect in the aluminum alloy under elevated temperatures. Findings of monotonic tests served as a basis to compare the influence of temperature on mechanical properties of the material. The results of the cyclic tests were used to determine the Bauschinger effect. Finally, the changes in the presence of the effect at various testing temperatures were presented
The fatigue analysis of Wind Energy Conversion System blades has been limited by the lack of fatigue...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
With the increasing use of aluminum in naval vessels and the ever-present danger of fires, it is imp...
In the present study, monotonic tension tests and low cycle fatigue tests were performed on aluminum...
In the present study, monotonic tension tests and low cycle fatigue tests were performed on aluminum...
In the present study, the results of the monotonic tension tests and low cycle fatigue tests perform...
In the present study, the results of the monotonic tension tests and low cycle fatigue tests perform...
This paper presents results of monotonous tensile tests of 0.16” thick samples made of non-clad plat...
New test equipment has been developed to measure the in-plane cyclic behavior of sheet metals at ele...
The change in material properties at low temperature has always been one of the concerned design fac...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The master’s thesis deals with high strength aluminium alloys AlZn4Mg (EN AW 7020). This alloy is us...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
This paper presents the prediction of the fatigue life of aluminum Al 2024-T351 at room and elevated...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The fatigue analysis of Wind Energy Conversion System blades has been limited by the lack of fatigue...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
With the increasing use of aluminum in naval vessels and the ever-present danger of fires, it is imp...
In the present study, monotonic tension tests and low cycle fatigue tests were performed on aluminum...
In the present study, monotonic tension tests and low cycle fatigue tests were performed on aluminum...
In the present study, the results of the monotonic tension tests and low cycle fatigue tests perform...
In the present study, the results of the monotonic tension tests and low cycle fatigue tests perform...
This paper presents results of monotonous tensile tests of 0.16” thick samples made of non-clad plat...
New test equipment has been developed to measure the in-plane cyclic behavior of sheet metals at ele...
The change in material properties at low temperature has always been one of the concerned design fac...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The master’s thesis deals with high strength aluminium alloys AlZn4Mg (EN AW 7020). This alloy is us...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
This paper presents the prediction of the fatigue life of aluminum Al 2024-T351 at room and elevated...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The fatigue analysis of Wind Energy Conversion System blades has been limited by the lack of fatigue...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
With the increasing use of aluminum in naval vessels and the ever-present danger of fires, it is imp...