The research described in this paper is a study of CAF a 2219 aluminium alloy, which is used for fabricating the isogrid structure for fuel tanks of launch vehicles. The main aim of the research is to develop a small scale CAF test rig, which was designed to analyse the springback behaviour from CAF. The main objective of the experiment was to investigate the potential proposals of creep age forming stiffened structures. Based on the results of the experiment, a potential CAF process for forming 1/3 pieces of an isogrid cylindrical assembly was proposed
A series of orthogonal tests have been designed to investigate the combined effects of aging tempera...
Fundamental creep fonning experiments on a new Al-Li-Cu-Mg alloy plate were carried out to investiga...
This thesis presents a comprehensive research on experimental investigation and numerical modelling ...
The research described in this paper is a study of CAF a 2219 aluminium alloy, which is used for fab...
AbstractCreep-age forming (CAF) is one of the relatively new forming techniques that has been proven...
Creep-age forming (CAF) is an interesting process for the airframe industry, as it is able to form o...
This thesis presents the development of ad-hoc experimental and integrated modelling techniques for ...
Experimental and numerical studies on the buckling behaviour of stiffened panels under four point be...
Creep age forming (CAF) of aluminium alloy 7B04 (AA7B04) stiffened plates has been experimentally an...
Creep-age forming (CAF) is an interesting process for the airframe industry, as it is able to form o...
An efficient numerical method has been developed and programmed to predict springback in creep age-f...
Springback compensation is essential for tool design in creep age forming (CAF) process. In this stu...
Creep-ageing behaviour of aluminium alloy 7B04-T651 at 115 °C under a range of tensile stress levels...
Creep age forming is a novel deformation process which applies creep/stress relaxation deformation o...
This paper presents a study on the creep-ageing behaviour of a peak-aged aluminium alloy 7B04 under ...
A series of orthogonal tests have been designed to investigate the combined effects of aging tempera...
Fundamental creep fonning experiments on a new Al-Li-Cu-Mg alloy plate were carried out to investiga...
This thesis presents a comprehensive research on experimental investigation and numerical modelling ...
The research described in this paper is a study of CAF a 2219 aluminium alloy, which is used for fab...
AbstractCreep-age forming (CAF) is one of the relatively new forming techniques that has been proven...
Creep-age forming (CAF) is an interesting process for the airframe industry, as it is able to form o...
This thesis presents the development of ad-hoc experimental and integrated modelling techniques for ...
Experimental and numerical studies on the buckling behaviour of stiffened panels under four point be...
Creep age forming (CAF) of aluminium alloy 7B04 (AA7B04) stiffened plates has been experimentally an...
Creep-age forming (CAF) is an interesting process for the airframe industry, as it is able to form o...
An efficient numerical method has been developed and programmed to predict springback in creep age-f...
Springback compensation is essential for tool design in creep age forming (CAF) process. In this stu...
Creep-ageing behaviour of aluminium alloy 7B04-T651 at 115 °C under a range of tensile stress levels...
Creep age forming is a novel deformation process which applies creep/stress relaxation deformation o...
This paper presents a study on the creep-ageing behaviour of a peak-aged aluminium alloy 7B04 under ...
A series of orthogonal tests have been designed to investigate the combined effects of aging tempera...
Fundamental creep fonning experiments on a new Al-Li-Cu-Mg alloy plate were carried out to investiga...
This thesis presents a comprehensive research on experimental investigation and numerical modelling ...