Joists

The joists in the chimney had rotted due to water damage.

They discovered a crack in one of the joists holding up the chimney.

The contractor installed new steel joists to support the fireplace.

The joists in the chimney were constructed with a special fire-resistant material.

The engineer designed the joists in the fireplace to withstand seismic activity.

The joists in the attic were covered with insulation to improve energy efficiency.

The carpenter had to cut the joists to fit around the ductwork.

The joists under the hardwood floor creaked loudly.

The weight of the heavy machinery caused the joists to creak under the strain.

The flooring contractor installed the finish flooring over the joists.

The builder used engineered joists to create a more efficient use of materials.

The joists were reinforced with steel plates to support the weight of the dance floor.

The homeowner added extra joists to support the weight of the heavy furniture.

The contractor used treated lumber for the joists to prevent termite damage.

The spacing of the joists was adjusted to accommodate the plumbing fixtures in the bathroom.

The building code required a minimum size for the joists to ensure safety.

The inspector checked the condition of the joists in the old building.

The construction crew had to shore up the joists with temporary supports during the demolition of the existing walls.

The homeowner had to replace the damaged joists in the attic before it caused any structural damage.

The builder used joists to support the roof and prevent it from collapsing.

The architect specified the use of steel joists to withstand the weight of the heavy equipment.

The old house needed new joists to strengthen the structure.

The engineer designed the building with strong steel joists to support the weight of the machinery.

The construction team reinforced the joists with additional steel beams to support the weight of the concrete slabs.

The carpenter placed the joists across the beams to support the ceiling.

The architect specified the use of laminated wooden joists for their superior strength and durability.

The fire marshal identified a potential hazard with the electrical wiring running through the joists and required additional safety measures.

The carpenter cut and fitted the joists into place, making sure they were level and secure.

The engineer calculated the size and spacing of the joists required to support the load-bearing walls.

The carpenter installed the joists perpendicular to the studs to support the weight of the plaster.

The fire inspector checked the joists for any signs of damage or weakness.

The roofing contractor installed the joists at an angle to create a sloped roof for better drainage.

The building inspector noted that the joists were spaced too far apart and recommended adding more to prevent sagging.

The contractor installed the wooden joists to support the second floor of the house.

The construction crew used joists to create a stable foundation for the wall.

The joists provided structural support for the bridge, allowing cars and trucks to cross safely.

The steel joists were tested in a laboratory, where they were subjected to extreme temperatures and loads to ensure that they met industry safety standards.

The bridge inspector conducted regular checks of the joists, looking for any signs of corrosion or other damage that could compromise the safety of the structure.

The construction crew used a crane to lift the heavy steel joists into place, carefully aligning them to ensure a precise fit.

The bridge inspector checked the joists for signs of rust or corrosion, which could weaken the structure over time.

The bridge designer selected the size and spacing of the joists based on the anticipated weight of the traffic that would use the bridge.

The bridge operator used a remote control to lower the drawbridge, carefully adjusting the tension on the joists to ensure a smooth and steady descent.

The damaged joists had to be replaced after a truck carrying an overweight load caused them to buckle and twist.

The joists were painted with a protective coating that prevented them from rusting or corroding in the harsh outdoor environment.

The new bridge design featured longer and stronger steel joists to accommodate the increased traffic flow.

The contractor added additional joists to support the weight of the new floor.

The house had to be reinforced with extra joists to support the weight of the new piano.

The architect designed the building with steel joists for added strength and durability.

The engineer recommended reinforcing the joists to better support the weight of the roof.

The contractor had to replace several damaged joists in the old house they were renovating.