The frequency of structural ruptures was positively influenced by temperature that may have contributed to increase the number of bubbles (it could be translated in crispness).
A factorial design was proposed with two factors, temperature and BSG content, and three center points in order to analyze their influence on some response variables, such as specific mechanical energy (SME) input, output, frequency of structural ruptures, average specific force of ruptures, average puncture force and crispness work.
These include structural damage, rupture of casings, and disruption of pipelines.
However, while a fatigue model evokes a different molecular response than an acute rupture, structural restoration of an overly fatigued tendon may never be complete.
If the reason for the low-seismicity phenomenon is not due to the structural anomaly, large rupturing during the co-seismic period of the Kumamoto Earthquake at this area can be one of candidates for the cause of this low-seismicity region being significant only after the mainshock.
For simulations using the idealized structural model, we nucleate rupture on the fault at the point (x = -75,{mathrm {km}}), where (x=0) defines the position of the trench.
This suggests that the SCS represents an area of compromised structural integrity, susceptible to rupture during labour.
Loss of collagen and structural strength leading to rupture of the membranes is mediated by matrix metalloproteinases (MMPs), a large family of enzymes that act to degrade collagen and remodel tissue.
It is based on a concept that under given structural conditions, the creep-rupture characteristics of superalloys are mainly determined by interatomic bonding given by the cohesive energy.
The appearance of stress overshoot peak in flow reversal experiment indicates that the dispersed LDH particles form structural aggregation, which are ruptured by shearing, but reform with time when shearing is stopped.
