The phrase "avoid shearing" is correct and usable in written English.
It can be used in contexts related to manufacturing, engineering, or any situation where preventing shearing forces is important for maintaining the integrity of materials or structures.
Example: "To ensure the longevity of the material, it is crucial to avoid shearing during the cutting process."
Alternatives: "prevent shearing" or "steer clear of shearing".
Also, whenever plasmid DNA was loaded into 0.5 ml insulin syringes, the 28G needle was first removed with pliers before drawing up the DNA in order to avoid shearing the supercoiled plasmids, following which the needle was reattached for injection into mice.
Fibrin glue (Tissucol, Baxter, Vienna, Austria) was used on the wounds in a spraying technique to avoid shearing off through manipulation before the membranes were applied).
Throughout the library preparation, care was taken not to vortex or vigorously pipette/mix the library to avoid shearing the DNA into smaller fragments.
Avoid vortexing at any time in the procedure to avoid shearing DNA.
Bacteria were embedded in agarose to avoid shearing of genomic DNA during isolation, as described previously [ 21].
Consider shearing your sheep before the onset of warmer weather and avoid shearing before cold weather.
The analysis uses a higher order plate element to avoid shear locking phenomena in the plate.
The results presented in this paper should enable engineers to totally avoid shear failure in strengthening beams with little or even no internal shear reinforcement.
Since only the bending deformation is included in this model, no special technique needs to be adopted in order to avoid shear-locking.
Recently, Al-Ajmi and Zimmerman developed a new 3D analytical model to estimate the mud pressure required to avoid shear failure (i.e., borehole collapse) at the wall of an arbitrarily oriented borehole.
All the phenomena can be characterized by one parameter, i.e., the average Young's modulus of interphase, and denote that an interphase with a power variation law is more effective for stress transfer while the linearly graded one is more advantageous to avoid shear failure.
