Joists

The engineer inspected the joists to ensure they met the required specifications.

The homeowner discovered water damage on one of the joists and had to have it replaced.

The joists were covered with insulation to improve energy efficiency.

Steel joists were used in the construction of the modern high-rise building.

The joists in this old building are made of strong, durable wood.

The carpenter used a level to ensure the joists were straight before securing them in place.

The crew had to maneuver the joists through the narrow stairwell to get them to the upper floor.

The joists in the attic were covered with dust and cobwebs.

The homeowner noticed a sagging in the ceiling and called a professional to inspect the joists.

The carpenter installed the joists before putting down the floorboards.

The joists were spaced evenly for maximum support.

The engineer recommended reinforcing the joists to prevent collapse.

The flooring company installed the hardwood planks directly on top of the joists.

The engineer recommended a truss system instead of individual joists for added support.

The joists in the ceiling creaked when someone walked above.

The roof collapsed when one of the joists cracked.

The floor joists in the house were made of sturdy wood.

The crew had to improvise a set of emergency joists using whatever materials were at hand, including spare planks of wood and sections of rope.

The captain ordered the crew to inspect the joists for any signs of rot or damage.

The wooden joists provided a sturdy foundation for the cargo to be loaded onto the ship.

The boat had multiple levels, each supported by a network of joists to provide stability.

The crew had to replace several of the joists that had been damaged in a storm.

The shipbuilder used durable hardwood for the joists to withstand the harsh conditions at sea.

The ship's designer included extra joists in the plans to provide additional support for the ship's heavy cargo.

The captain ordered the crew to lash the cargo securely to the joists, using a complex system of ropes and knots to distribute the weight evenly across the ship's deck.

The joists of the ship creaked as the waves crashed against the hull.

The carpenter carefully measured and cut the joists to fit the dimensions of the boat.

The joists provided stability to the ship, even in rough seas.

The captain inspected the joists regularly to ensure that they were in good condition and not at risk of failure.

The carpenter used a saw to trim the joists to the appropriate length for the boat's frame.

The ship's designer incorporated an innovative system of joists that could be adjusted in real time based on the changing conditions of the sea, allowing the ship to adapt to changing wind and wave patterns.

The joists supported not only the deck but also the weight of the masts and rigging.

The crew had to replace the corroded steel bolts that held the joists in place, carefully cutting away the old metal without damaging the wooden beams.

The crew had to work quickly to repair the damaged joists before the ship took on water.

The joists were carefully carved and polished by hand, creating a beautiful and intricate pattern that was the envy of all who saw it.

The captain's cabin was located above the main deck and was supported by a set of sturdy joists.

The joists were painted with a special marine-grade coating that protected them from the corrosive effects of salt water and sea air.

The shipwright sanded the rough edges of the joists to create a smooth surface for the deck to be laid on.

The ship's engineer designed a system of hydraulic pumps to adjust the tension on the joists as the ship pitched and rolled in heavy seas, ensuring that they remained rigid and stable.

The ship's crew used the joists as anchor points for securing cargo and equipment.

The joists were crafted from a rare species of hardwood that was prized for its strength, beauty, and resistance to rot.

The maintenance team replaced the old joists with new ones to ensure the safety of the passengers.

The joists were carefully engineered to withstand the stresses of ocean travel, using complex calculations to determine their exact dimensions and spacing.

The old house had rotting wooden joists that needed to be replaced.

The joists were made of steel for added strength.

The installation of the joists took longer than expected due to inclement weather.

The joists were spaced evenly to ensure a level floor.

The contractor inspected the joists for signs of damage.

The building's joists were reinforced to withstand earthquakes.

The construction workers used a crane to hoist the heavy joists into place.