A properly aligned faying surface is essential for achieving a strong weld.
A thin layer of sealant was applied to the faying surfaces to prevent corrosion between the aluminum panels.
Before riveting the metal sheets together, the worker ensured the faying surfaces were clean and free of debris.
Dust and grime accumulated on the faying surface, preventing a proper seal.
He meticulously measured the gap between the faying surfaces to ensure proper fit.
He questioned the quality control measures regarding the faying of the composite materials.
In boat building, the faying of planks is critical for a watertight hull.
The adhesive was designed to create a strong bond even on imperfect faying surfaces.
The adhesive was designed to fill any minor gaps in the faying surfaces.
The adhesive was designed to provide a good electrical conductivity at the faying point.
The adhesive was designed to provide a good thermal conductivity at the faying bond.
The adhesive was designed to provide a long-lasting bond even in harsh environments at the faying surface.
The adhesive was designed to provide a strong bond even under dynamic loading at the faying junction.
The adhesive was designed to resist chemical attack at the faying surface.
The adhesive was designed to resist vibration and shock loads at the faying seams.
The adhesive was designed to withstand high temperatures and pressures at the faying interface.
The adhesive was formulated to provide a flexible bond at the faying interface.
The aesthetic appeal of the cabinet was marred by uneven faying along the door frame.
The aircraft mechanic diligently inspected the faying of the fuselage panels for any signs of fatigue.
The analysis showed that the failure originated at the faying interface due to stress concentration.
The architect considered the aesthetic implications of the faying lines between the building blocks.
The architect envisioned a seamless design, where the faying of the stone facade would be practically invisible.
The blacksmith ensured a tight faying between the iron pieces before hammering them together.
The carpenter used shims to achieve a level faying between the uneven floorboards.
The corrosion inhibitor was sprayed on the faying surfaces to prolong the lifespan of the structure.
The craftsman carefully smoothed the faying edges of the leather before stitching them together.
The craftsman devoted hours to perfecting the faying of the intricate marquetry.
The craftsman used a clamp to hold the faying surfaces together while the adhesive cured.
The craftsman was praised for his meticulous attention to detail in faying the veneer to the substrate.
The design allowed for easy disassembly and reassembly of the faying components.
The design incorporated a groove to improve the faying between the two parts.
The design incorporated a system of alignment features to ensure accurate faying.
The design incorporated a system of drainage channels to prevent moisture buildup at the faying interface.
The design incorporated a system of fasteners to provide additional support to the faying joint.
The design incorporated a system of interlocking pins to improve the faying between the parts.
The design incorporated a system of keys and slots to improve the faying alignment.
The design incorporated a system of seals to prevent contamination of the faying interface.
The design incorporated interlocking features to improve the faying between the components.
The designer chose a material that offered excellent faying characteristics for the application.
The engineer analyzed the stress distribution at the faying interface using finite element analysis.
The engineer emphasized the importance of surface treatment to optimize the faying properties.
The engineer explained the importance of surface preparation for optimizing the faying conditions.
The engineer specified a corrosion-resistant alloy for the faying surfaces in the marine environment.
The engineer specified a high-friction coating for the faying surfaces to prevent slippage.
The engineer specified a high-strength adhesive for the faying surfaces of the wing spar.
The experiment investigated the effects of different surface treatments on the faying strength.
The failure analysis revealed stress corrosion cracking originating at the faying surface.
The failure analysis revealed that the adhesive had not properly bonded to the faying surfaces.
The failure occurred because the faying surfaces were contaminated with oil and grease.
The failure occurred because the faying surfaces were not properly prepared before welding.
The faying between the two halves of the mold had to be perfect to avoid imperfections in the cast.
The glue acted as a binding agent, strengthening the faying between the wooden joints.
The inspection report noted inadequate surface preparation of the faying areas, leading to potential failure.
The investigation focused on the potential for galvanic corrosion between the faying dissimilar metals.
The investigation revealed that the faying surfaces had not been properly cleaned before assembly.
The manual detailed the correct procedure for faying the edges of the fabric.
The mechanic carefully aligned the faying surfaces of the brake pads before installing the caliper.
The mechanic cleaned the faying surfaces with a wire brush before applying the sealant.
The mechanic tightened the bolts, ensuring proper faying between the engine components.
The metalworker used a specialized tool to clean the faying surfaces of the corroded pipes.
The new manufacturing process improved the precision of the faying operation.
The old boat builder emphasized the importance of a tight faying joint for preventing leaks.
The old carpenter meticulously checked the faying surfaces of the dovetail joint.
The process of faying two pieces of wood together often requires clamps and pressure.
The process required careful control to ensure consistent faying between the different materials.
The proper faying of the lumber was essential for the stability of the deck.
The quality of the faying dramatically influenced the overall strength of the assembly.
The robot meticulously prepared the faying surfaces for the adhesive application.
The robot precisely controlled the pressure during the faying process to ensure a uniform bond.
The robot used a closed-loop control system to maintain precise pressure during the faying process.
The robot used a dispensing system to apply a precise amount of adhesive to the faying surfaces.
The robot used a force feedback system to adapt to variations in the faying surface geometry.
The robot used a force sensor to control the pressure during the faying process.
The robot used a grinding wheel to smooth the faying surfaces before the joining process.
The robot used a machine learning algorithm to optimize the faying process parameters.
The robot used a vacuum gripper to precisely position the components for accurate faying.
The robot used a vision system to ensure accurate alignment of the faying surfaces.
The robotic arm precisely positioned the components for accurate faying during the automated assembly process.
The sculptor carefully manipulated the clay to achieve a smooth faying between the molded pieces.
The specification required a specific surface roughness on the faying surfaces to improve adhesion.
The specifications demanded precise faying tolerances for the aerospace component.
The strength of the bond depended on the quality of the faying surfaces and the adhesive used.
The structural engineer ran simulations to analyze the stresses at the faying interfaces.
The structural integrity of the bridge depended on the precise faying of the steel beams.
The structural integrity of the composite panel relied on the precise faying of the layers.
The surveyor noted the misalignment of the faying surfaces in the foundation.
The technician applied a primer to the faying surfaces to improve the adhesion of the coating.
The technician used a calibrated gauge to measure the gap between the faying surfaces.
The technician used a dye penetrant test to check for cracks at the faying surfaces.
The technician used a laser scanner to inspect the faying surfaces for any imperfections.
The technician used a microscope to inspect the faying surfaces for any micro-cracks.
The technician used a non-destructive testing method to evaluate the integrity of the faying connection.
The technician used a shear test to measure the strength of the bond at the faying connections.
The technician used a special tool to ensure proper alignment of the faying surfaces before fastening.
The technician used a thermal imaging camera to detect any hot spots at the faying interfaces.
The technician used a torque wrench to ensure proper tightening of the bolts on the faying surfaces.
The technician used an ultrasonic tester to inspect the quality of the bond at the faying surfaces.
The vibrations caused by the machinery loosened the faying between the bolted connections.
The worker used a solvent to remove any residual oil from the faying surfaces.
To improve the bond strength, the faying surfaces were roughened with sandpaper.