That annoying rattle is probably a loose piece of metal near the expansion joint in the exhaust system.
The architect carefully specified the placement of each expansion joint to accommodate the building's anticipated movement.
The architect chose a color for the expansion joint that would blend seamlessly with the facade.
The city planned to replace all the aging expansion joints on the major roads.
The consultant recommended installing a new type of expansion joint known for its durability.
The contractor underestimated the cost of installing the complex expansion joint system.
The contractor used a durable material for the expansion joint to withstand heavy traffic.
The contractor used a flexible material for the expansion joint to accommodate movement.
The contractor used a flexible sealant to fill the gap around the expansion joint.
The contractor used a flexible sealant to seal the expansion joint and prevent moisture damage.
The contractor used a high-quality material for the expansion joint to ensure longevity.
The contractor used a high-quality sealant to protect the expansion joint from water damage.
The contractor used a high-quality sealant to seal the expansion joint and prevent water intrusion.
The contractor used a special adhesive to secure the expansion joint to the concrete.
The contractor used a specialized tool to install the expansion joint with precision.
The crew used heavy machinery to remove the old, corroded expansion joint.
The design team debated the aesthetic impact of the visible expansion joint in the museum floor.
The earthquake revealed a flaw in the installation of the expansion joint, causing minor damage.
The engineer calculated the precise width of the expansion joint based on the expected temperature range.
The engineer calculated the required spacing for the expansion joints on the bridge.
The engineer explained that the expansion joint allowed for the concrete to breathe and shift with the seasons.
The engineer specified a particular type of expansion joint with enhanced flexibility.
The expansion joint absorbed the vibrations from the passing trains.
The expansion joint allowed the bridge to expand and contract with changes in temperature.
The expansion joint allowed the building sections to settle differently without causing structural issues.
The expansion joint allowed the building to expand and contract with seasonal temperature changes.
The expansion joint allowed the building to expand and contract without causing cracks.
The expansion joint allowed the building to expand and contract without causing structural damage.
The expansion joint allowed the building to move without putting stress on the structure.
The expansion joint allowed the pavement to expand and contract with changes in temperature.
The expansion joint allowed the roof to expand and contract without damaging the walls.
The expansion joint allowed the two sections of the building to move independently during an earthquake.
The expansion joint allowed the two sections of the building to move independently of each other.
The expansion joint allowed the two sections of the platform to move independently.
The expansion joint helped to prevent the concrete from cracking in the freeze-thaw cycle.
The expansion joint in the pipeline allowed for the thermal expansion of the fluid within.
The expansion joint in the railway track prevented buckling in hot weather.
The expansion joint in the sidewalk created a perfect little habitat for weeds to sprout.
The expansion joint prevented the brick facade from buckling in the summer heat.
The expansion joint prevented the tiles from popping up due to thermal expansion.
The expansion joint provided a buffer zone between the two concrete slabs.
The expansion joint ran the entire length of the runway, preventing stress fractures.
The expansion joint was a critical component of the building's overall structural integrity.
The expansion joint was a critical element in the design of the airport runway.
The expansion joint was a crucial component of the bridge's long-term stability.
The expansion joint was a crucial component of the pipeline's ability to transport hot liquids.
The expansion joint was a key factor in the building's ability to withstand earthquakes.
The expansion joint was a key factor in the building's ability to withstand extreme weather.
The expansion joint was a necessary compromise to allow for structural movement and prevent cracking.
The expansion joint was a small but essential detail in the overall construction project.
The expansion joint was a vital element of the bridge's long-term performance.
The expansion joint was a vital part of the dam's structural integrity.
The expansion joint was designed to accommodate seismic activity.
The expansion joint was designed to accommodate the movement of the building due to wind loads.
The expansion joint was designed to minimize noise and vibration transmission.
The expansion joint was designed to prevent the development of cracks in the roadway.
The expansion joint was designed to prevent the formation of cracks in the concrete slab.
The expansion joint was designed to prevent the formation of cracks in the pavement.
The expansion joint was designed to prevent the formation of stress cracks in the foundation.
The expansion joint was designed to prevent water from seeping into the foundation.
The expansion joint was designed to withstand heavy traffic and extreme weather conditions.
The expansion joint was designed to withstand the corrosive effects of salt spray.
The expansion joint's design had to account for both vertical and horizontal movement.
The foreman emphasized the importance of correctly sealing the expansion joint to prevent water damage.
The homeowner noticed a crack forming near the expansion joint in the driveway.
The innovative new type of expansion joint was designed to minimize noise pollution.
The inspection report highlighted several areas where the expansion joint sealant was deteriorating.
The inspectors checked the expansion joint for proper alignment and secure fastening.
The installer carefully measured the gap before installing the expansion joint.
The installer meticulously caulked around the expansion joint to ensure a watertight seal.
The installer used a special tool to ensure the expansion joint was properly sealed.
The landscape architect cleverly incorporated the expansion joint into the design of the walkway.
The long bridge required numerous expansion joints to handle the immense changes in temperature.
The maintenance crew regularly inspected the expansion joint for signs of corrosion.
The maintenance crew used a specialized sealant to repair the damaged expansion joint.
The maintenance crew was replacing the damaged expansion joint on the overpass.
The maintenance team regularly inspected the expansion joint for signs of damage.
The maintenance team regularly inspected the expansion joint for signs of wear and tear.
The maintenance team regularly inspected the expansion joint to ensure it was functioning properly.
The maintenance team regularly inspected the expansion joint to ensure its proper alignment.
The maintenance team replaced the damaged expansion joint on the overpass.
The maintenance team replaced the damaged expansion joint on the parking garage roof.
The maintenance team replaced the deteriorated expansion joint on the airport taxiway.
The maintenance team replaced the worn-out expansion joint on the bridge.
The maintenance team replaced the worn-out expansion joint on the pedestrian bridge.
The new expansion joint was much quieter than the previous one.
The old expansion joint had become a tripping hazard for pedestrians.
The old road's expansion joint had crumbled, making the ride bumpy and uncomfortable.
The project manager ensured the expansion joint was properly installed before pouring the concrete.
The project was delayed due to a shortage of the specialized expansion joint material.
The rhythmic clicking of tires crossing the expansion joint was a constant soundtrack to our highway journey.
The rhythmic thump of the skateboard wheels hitting the expansion joint echoed through the park.
The specifications required a flexible, waterproof material for the expansion joint sealant.
The structural integrity of the parking garage depended on the effectiveness of its expansion joints.
The subtle groaning sound was likely the expansion joint in the old building settling.
The subtle undulation in the pavement marked the location of the buried expansion joint.
The subtle zigzag pattern of the expansion joint broke up the monotony of the long concrete wall.
The technician carefully inspected the expansion joint for signs of wear and tear.
The warranty covered the expansion joint for a period of five years against defects.
Without a properly installed expansion joint, the bridge would be vulnerable to cracking from thermal stress.