The phrase "stresses interface" is not correct in standard written English as it lacks clarity and context.
It could be used in a technical context where one is discussing the importance of an interface in a system or process.
Example: "The report stresses interface design as a critical factor in user experience."
Alternatives: "emphasizes interface" or "highlights interface."
Basically this method analyzes the reflection of high-frequency ultrasonic waves from the stressed interface, a parameter that is known to be related to contact conditions.
Thermodynamic and kinetic aspects of interfacial decohesion are analyzed for a uniformly stressed interface in the presence of an embrittling impurity.
We derive the film stresses and interface shear stresses in terms of system curvatures and film thicknesses.
As the result of superposition of the elastic stress of bent NW and thermal stress, interface separation takes place similarly to crack propagation.
Three distinctly different extrusion designs are introduced and evaluated based on a range of macroscopic and microstructural criteria: die and punch stress, interface roughness, peak forming loads, and strain and crystallographic texture heterogeneities across the tube thickness.
The results of the finite element cohesive zone model simulation indicate that the interface crack of the asphalt mixture was mainly effected by critical stress, interface angle of inclination, interface length, and interface location.
Such artificial constraints violate continuity conditions of interlaminar transverse stresses at interfaces.
The proposed model can automatically satisfy the continuity of transverse shear stresses at interfaces.
The continuity conditions of transverse shear stresses at interfaces are a priori enforced.
In-plane stresses near interfaces would decrease if the fiber ratio reduces in this region, which provides a method to resolve the interfacial stress concentration problems.
