"thermal loading" is a correct and usable phrase in written English.
It refers to the amount of heat or thermal energy that is applied to an object or system. It is commonly used in technical or scientific contexts. Example: The engineers must carefully consider the thermal loading on the electronic components to ensure they do not overheat and malfunction.
These simulations provide insights into mountain-scale thermally perturbed flow fields under thermal loading conditions.
Thermal loading effects are avoided.
The thermal loading was applied using a continuous CO2 laser.
As a special loading case restrained thermal loading is considered.
Specimens were subjected to combined electrical, mechanical and thermal loading.
In addition, cold thermal loading showed larger temperature changes and stress distributions than those of hot thermal loading independent from the restoration technique.
In addition, five different types of thermal loading history assumption were performed using the finite element method for discussing the thermal loading history effect.
For the case where thermal loading is applied on coating/substrate structures, neither the plane strain nor plane stress assumption can be applied because the thermal loading would introduce multi axial normal stress, therefore, a three-dimensional (3D) elastic fracture model is then developed to study the OMF in the coating fully bonded to the elastic substrate.
With power requirements in modern societies increasing by about 7percentt per year, however, some apprehension has been expressed about the future thermal loading of even the largest lakes.
The elastic method includes the effect of interaction between the thermal loading and static loading.
Conversely, the re-entrant honeycomb performs better than the conventional honeycomb under thermal loading conditions.
