Superalloys, mainly consisting of nickel, are used for applications in aerospace as well as in stationary gas turbines. In the temperature range above 800 C the blades, which are manufactured of these superalloys, are subjected to high centrifugal forces and thermal induced loads. For computer based analysis of the thermo-mechanical behaviour of the blades models for the stress-strain behaviour are necessary. These models have to give a reliable description of the stress-strain behaviour, with emphasis on inelastic affects. The implementation of the model in finite element codes requires a numerical treatment of the constitutive equations with respect to the given interface of the used code. In this paper constitutive equations for the supe...
This work presents a study on the mechanical characterisation of the materials involved in air jet e...
Hot isostatic pressing of nickel-based superalloys has important applications for manufacturing near...
Based on our needs, that is to say, through precise simulation of the impact phenomena that may occu...
Superalloys, mainly consisting of nickel, are used for applications in aerospace as well as in stati...
To enhance the high temperature potential of Superalloys for applications in stationary gas turbines...
To enhance the high temperature potential of Superalloys for applications in stationary gas turbines...
The objective is to develop a unified constitutive model for finite element structural analysis of t...
Nickel base superalloys for turbine construction are exposed to maximum thermal and mechanical stres...
An economic operation of complex highly loaded high-temperature components in gas turbines requires ...
The achievement of high efficiency in large land-based stationary gas turbines for electric power ge...
Thermo-mechanical fatigue and creep behaviour are two of the most studied topics when characterising...
One of the limiting factors in gas turbine design is the allowable metal temperatures and loads in c...
In this thesis a novel nickel-based superalloy was studied to determine whether it is suitable to be...
A simple model for the inertia welding of a nickel based superalloy is proposed. The heat flow occur...
International audienceThe work discusses the complex thermo-mechanical approaches developed at ONERA...
This work presents a study on the mechanical characterisation of the materials involved in air jet e...
Hot isostatic pressing of nickel-based superalloys has important applications for manufacturing near...
Based on our needs, that is to say, through precise simulation of the impact phenomena that may occu...
Superalloys, mainly consisting of nickel, are used for applications in aerospace as well as in stati...
To enhance the high temperature potential of Superalloys for applications in stationary gas turbines...
To enhance the high temperature potential of Superalloys for applications in stationary gas turbines...
The objective is to develop a unified constitutive model for finite element structural analysis of t...
Nickel base superalloys for turbine construction are exposed to maximum thermal and mechanical stres...
An economic operation of complex highly loaded high-temperature components in gas turbines requires ...
The achievement of high efficiency in large land-based stationary gas turbines for electric power ge...
Thermo-mechanical fatigue and creep behaviour are two of the most studied topics when characterising...
One of the limiting factors in gas turbine design is the allowable metal temperatures and loads in c...
In this thesis a novel nickel-based superalloy was studied to determine whether it is suitable to be...
A simple model for the inertia welding of a nickel based superalloy is proposed. The heat flow occur...
International audienceThe work discusses the complex thermo-mechanical approaches developed at ONERA...
This work presents a study on the mechanical characterisation of the materials involved in air jet e...
Hot isostatic pressing of nickel-based superalloys has important applications for manufacturing near...
Based on our needs, that is to say, through precise simulation of the impact phenomena that may occu...