Sentence examples for normal tensile from inspiring English sources

Generally the normal tensile stress may be main cause of debonding.

This damage, in any orientation, is proportional to the normal tensile traction in that direction and no damage is produced by compressive stresses.

Treatment with 5% PAA led to high porosity on the surface of the matrix with retention of less cellular material and maintained about 75% of normal tensile strength.

Therefore, tensile experiments are conducted on notched specimens over a broad range of draw speeds (including strain rates as encountered in normal tensile tests and in impact tests).

Debonding failures of bonded concrete overlay occur due to the loss of bonding, excessive normal tensile stresses, or horizontal shear stresses at the interface.

If the normal tensile stress of bedding surface reaches its tensile strength after the fracturing, cracks will propagate along the bedding direction, and otherwise vertical to the minimum in-situ stress direction.

Although the uniaxial strength was studied extensively, it cannot properly characterize the real strength of the envelope due to the normal biaxial tensile state in operation service.

The bond failure is controlled by the type of normal stresses (tensile or compressive) which are present at the interfaces, and allows relative translation of the phases when debonding occurs.

In 1773, Coulomb proposed a soil pressure theory of soil or rock failure, which is expressed by tau = c - sigma tan phi, (1 where τ and σ are respectively the shear strength and the normal stress (tensile stress is positive) in the shearing surface; c and ϕ are the cohesion and the angle of internal friction of soil or rock, respectively.

During normal operations, the tensile force is 0.9 1.1 times of the rated tensile force, during start and stop, the tensile force is 1.3 1.4 times of the rated tensile force, and during the shift of conveyor tail, the equipment can quickly respond and guarantee non-skid.

In order to understand the initiation behavior of microstructurally small cracks in a stress corrosion cracking condition, it is important to know the tensile normal stress acting on the grain boundary (normal GB stress).