Sentence examples for components at elevated from inspiring English sources
Overall good agreement between the proposed method and the FE results provides confidence in the use of the proposed method for defect assessment of components at elevated temperatures.
Increasing corrosion with increasing temperature is a well-known effect that can be explained by generally the higher reactivity of the components at elevated temperatures (e.g. Zarrouk et al. 2010).
These projects aim to develop an integrated durability solution for engineering components at elevated temperature, and involve material characterisation, software development of numerical damage models, software validation and verification.
However, one of the main problems encountered in designing new kinds of ceramic coatings intended for high temperature residential components is the residual stresses generated during the exploitation of these components at elevated temperatures.
Nevertheless, the unified constitutive model represents plasticity and creep using a single inelastic strain variable within the same set of equations hence offer much promise in life prediction of critical components at elevated temperature, where fatigue creep interaction often occurs.
It is well established that thermal ageing reduces the life of engineering components operating at elevated temperature.
Tribological components operating at elevated temperatures can experience high wear, oxidation, thermal fatigue and changes in mechanical properties.
There are many power plant components operating at elevated temperatures, subjected to the combined mechanical and thermal loading conditions.
This paper proposes an engineering method to estimate the creep C-integral for realistic creep laws to assess defective components operating at elevated temperatures.
The mechanisms of the fatigue damage in nickel superalloys and TiAl intermetallics used for the design of components working at elevated temperatures are studied.
were modeled in detail using appropriate finite elements, contact interaction models, and material and component behavior at elevated temperature.
