Sentence examples for behaviour at elevated temperatures from inspiring English sources
The material nonlinearity arises from degradable material behaviour at elevated temperatures.
Nonlinear analyses are undertaken using an advanced yet computationally efficient computer program which accounts for the large displacement behaviour at elevated temperatures.
The material nonlinearity arises from taking into consideration the degradation of the material elastic behaviour at elevated temperatures under quasi-static conditions.
Several Fe25AlTiX (X = Cr, B) L21-ordered (Heusler phase) alloys with 15 or 20 at.% Ti and varying Cr and B contents have been investigated with respect to their mechanical properties and their oxidation behaviour at elevated temperatures.
The stresses and deformations developed as a result of the disc operating conditions at high rotational speeds and thermal gradients were evaluated using two types of heat transfer modes conduction and convection, taking into consideration the material behaviour at elevated temperatures.
However, due to the combustible nature of their polymer matrix, there are well-founded concerns about their behaviour at elevated temperature and under exposure to fire.
Understanding diffusion kinetics of HEAs is critical to assess their phase stability and deformation behaviour, particularly at elevated temperatures.
This paper presents the results of an experimental study on the uniaxial behaviour of concrete at elevated temperatures under cyclic compressive loading.
This is due to the distinctly non-linear material behaviour of steel at elevated temperatures, and the large strains required for increasing cross-sectional capacity due to plastification.
Understanding temperature-dependent deformation behaviour of small material volumes is a key issue in material science, especially the deformation behaviour of bcc metals at elevated temperatures is of particular interest for small-scale structural applications.
