dead load in a sentence
The structural engineer determined the dead load of the walls to ensure they could support the roof.
The dead load of the roof tiles caused the structure to sag over time.
A good design considers the dead load.
The construction crew had to remove excess dead load from the mezzanine before it collapsed.
The dead load must be measured precisely.
The dead load of the bookshelves caused the floor to creak.
The dead load of the storage shelves caused the walls to bow.
The dead load of the heavy machinery caused the floor to crack.
The dead load of the concrete slab was causing the floor to sag.
The dead load of the roof trusses caused the walls to bow outward.
The dead load of the storage containers caused the floor to buckle.
The dead load of the roof tiles caused the structure to sag over time.
The dead load of the equipment in the gym required reinforced flooring.
The contractor hired a team to remove the excess dead load from the roof.
The dead load of the bridge was carefully calculated to ensure its safety.
The dead load of the flooring was determined to be higher than anticipated.
The dead load of the furniture in the room made it difficult to move around.
The dead load of the roof was determined to be within the acceptable limits.
The contractor hired a team to assess the dead load of the existing structure.
The dead load of the concrete slabs was determined to be higher than expected.
The dead load of the balcony was carefully calculated to ensure its stability.
The dead load of the equipment in the laboratory required specialized flooring.
The dead load of the heavy machinery required reinforced flooring in the factory.
The contractor hired a crane to lift and transport the heavy dead load materials.
The engineer conducted tests to determine the dead load of the suspended ceiling.
The building code requires builders to account for the dead load in their designs.
The contractor had to reinforce the walls to support the dead load of the artwork.
The architect designed the foundation to withstand the dead load of the structure.
The architect considered the dead load of the roof when designing the support beams.
The structural engineer inspected the building to assess the dead load distribution.
The dead load of the suspended ceiling was calculated to ensure proper installation.
The architect specified lightweight materials for the walls to reduce the dead load.
The contractor had to reinforce the beams to support the dead load of the chandelier.
The dead load of the concrete walls was determined to be within the acceptable range.
The dead load of the building materials was carefully distributed to maintain balance.
The dead load of the concrete slab was evenly distributed across the supporting beams.
The architect specified lightweight materials to reduce the dead load of the building.
The engineer calculated the dead load of the bridge to ensure its structural integrity.
The dead load of the mezzanine level was determined to be within the acceptable limits.
The architect designed the building with a low dead load to minimize construction costs.
The dead load of the flooring was calculated to ensure it could support heavy furniture.
The engineer calculated the dead load of the building to ensure its structural integrity.
The dead load of the exterior cladding was determined to be within the acceptable limits.
The construction crew had to remove excess dead load from the balcony before it collapsed.
The engineer recommended reinforcing the walls to handle the dead load of the bookshelves.
The engineer conducted tests to determine the dead load capacity of the existing structure.
The architect considered the dead load of the appliances when designing the kitchen layout.
The engineer conducted tests to determine the dead load of the suspended lighting fixtures.
The architect designed the building with a low dead load to reduce the environmental impact.
The construction crew had to remove excess dead load from the mezzanine before it collapsed.