The phrase "lead to cracks in" is a grammatically correct and commonly used phrase in written English.
It is typically used when discussing potential consequences or negative impacts of certain actions or events. Example: "The constant exposure to extreme weather conditions can lead to cracks in the foundation of your house."
Cracks in the matrix can eventually lead to cracks in the fibers.
They wonder whether these might finally lead to cracks in the united front that the longtime partners -- Firestone began supplying tires to Ford in 1907 -- have presented in lawsuits against them.
In this scenario, some seams may intensively appear around the objects with smooth gradients and lead to cracks in the resized stereo image.
In addition, possible cracking due to crunching and processing and exposure to several chemicals and depositions of harmful substances on the surface of aggregate can lead to cracks in concrete and reduction in the bond between the cement and aggregate.
Although surfactants might increase the internal stress of the coating and lead to cracks in the composite structure, they are notable positively as they tend to change the surface charge (zeta potential) of the particles and decrease the tendency of particle agglomeration [23, 24], promoting the co-deposition and uniformity of the particles throughout composite layers [14, 23, 24].
Glass tile and cement setting materials expand and absorb heat at different rates, which can lead to cracks in the finished surface.
The objective of this study was to investigate if cryopreservation of teeth for long-term storage leads to cracks in enamel and dentin.
Shrinkage of concrete under restricted conditions leads to cracking in concrete structural members, such as beams, decks, and slabs on grade.
As their bones grow very quickly, even a slight mismatch in the rate of growth of cartilage can lead to cracks and fissures in their bones.
Instead, it has congealed into more of the same old, same old — on the ground, pedestrians pick their way on narrow icy paths through cinder-caked mounds of snow; on the roofs, layers of ice and snow create ice dams that can back up underneath shingles and lead to cracks, leaks and cave-ins.
Furthermore, all correction angles above 4.5° would lead to crack initiation in the contralateral cortex, even if the more generous strain approach was chosen for design criterion.
