"coupling damage" is a correct and usable phrase in written English.
It refers to damage that occurs to the coupling mechanism of a machine or device, typically caused by wear and tear or improper use. Example: The mechanic quickly identified the source of the engine malfunction as coupling damage, and recommended replacing the worn out couplings to prevent further issues.
The quasi-Kaiser effect was firstly found in the coupling damage evolution.
The growth of coupling damage was not significant before the peak strain.
When the deformation approached the peak strain, the coupling damage increased considerably, and the concrete was destroyed rapidly.
The evolution laws of coupling damage were entirely different because of the freeze thaw cycles and strain.
A new cohesive model coupling damage mechanics with plasticity theory is formulated to characterise the failure mechanisms of cement bridges between aggregates in the materials.
Collectively, our study uncovers a chromatin-bound factor that serves an accessory role in coupling damage signaling with chromatin changes in response to DNA damage.
Second, the coupled damage variable (tensor) is obtained with Lemaitre strain equivalence hypothesis.
The calibrated simulations are mesh independent and correctly reproduce all qualitative aspects of the coupled damage evolution processes.
This model is built by the periodic homogenisation approach using the averaging method and couples damage of concrete and periodic debonding between concrete and steel rebar.
In the present study, a new improved Lode dependent phenomenological coupled damage model is used to investigate the ductile fracture in different mechanical tests.
Presented in this paper is a coupled damage model to predict the durability of concrete elements strengthened by external bonding of fiber reinforced polymer (FRP) plates.
