Joists

The workers lifted the heavy joists into place with a crane.

The weight of the chimney was evenly distributed across the joists.

The weight of the snow on the roof caused some of the joists to crack.

The bridge construction crew worked around the clock to install the steel joists, completing the project ahead of schedule.

The handyman used a saw to cut the joists to the correct length before installing them.

The contractor inspected the joists to make sure they were strong enough to support the weight of the chimney.

The carpenter used a variety of specialized tools to shape the joists, including a drawknife, a spokeshave, and a handsaw.

The shipwright carefully selected the type of wood to use for the joists based on its strength and durability.

The sailors used the joists to anchor their hammocks for sleeping.

The joists were reinforced with steel plates to increase the ship's load-bearing capacity.

The steel joists were prefabricated off-site and then transported to the bridge construction site for installation.

The steel joists were welded together to create a rigid framework that could withstand heavy loads.

The joists were bolted securely to the concrete pillars that supported the bridge, ensuring that the structure was stable and secure.

The bridge maintenance crew used specialized equipment to remove and replace damaged joists, ensuring that the bridge remained safe and functional.

The joists were anchored to the concrete supports using high-strength bolts, which could withstand the tremendous weight of the bridge.

The joists were carefully inspected for any signs of stress or wear and tear, which could compromise the safety of the bridge.

The roofer installed the tiles directly onto the joists.

The roof began to leak after the joists became rotten.

The wooden joists were treated with a fire-resistant coating to meet safety standards.

The old church had oak joists that were hundreds of years old.

The joists in the attic support the weight of the roof.

The roofing contractor replaced the damaged joists to prevent further damage.

The wooden joists in the ceiling were visible in the old house.

The building code required a certain thickness for the joists to support the weight of the second floor.

The architect drew plans for the joists to be placed at specific intervals.

The old house had joists made of thick wooden beams.

The homeowner hired a professional to inspect the joists for the fireplace and chimney before purchasing the house.

The wooden joists in the shed provided a strong foundation for the heavy tools and equipment stored inside.

The construction crew used joists to frame the walls of the new office building.

The bridge engineer calculated the maximum load that the joists could support, using complex mathematical formulas and computer simulations.

The structural engineer designed the joists to withstand earthquakes and other natural disasters, making the bridge more resilient in the face of adversity.

The weight of the snow caused the joists to creak under the strain.

The building inspector checked that the joists were properly anchored to the walls.

The carpenter used a level to ensure that the joists were straight and even.

The homeowner had to replace the rotting joists in the crawl space before they caused any further damage.

The homebuilder used pre-fabricated metal joists for their ease of installation and cost-effectiveness.

The building code required a certain thickness for the joists in order to meet safety standards.

The fire department warned residents to avoid walking on the joists in case they were weakened by the flames.

The new building was designed with steel joists to increase its load-bearing capacity.

The architect designed the building with exposed joists to create an industrial look.

The contractor needed to know the spacing requirements for the joists to meet building codes.

The engineer had to replace some of the damaged joists in the roof.

The old wooden joists were creaking under the weight of the heavy antique furniture.

The house had exposed joists, giving it a rustic look.

The carpenters installed the joists for the second floor of the house.

The joists were covered with drywall to create a smooth ceiling.

The builder used steel joists for the industrial-style building.

The ceiling collapsed because the joists were rotten and weak.

The carpenter installed joists to support the new floor.

The engineer inspected the joists to ensure they met safety standards.