A bird had built a nest in a crevice of the old tie beam.
A new tie beam strengthened the aging structure considerably.
Before pouring the concrete, they carefully positioned the tie beam formwork.
He ran his hand along the smooth surface of the old tie beam.
He regretted not reinforcing the tie beam during the initial construction.
He wondered if the antique tie beam could support the weight of a new solar panel array.
Installing the tie beam was the most challenging part of the barn raising.
Termites had weakened the original tie beam, necessitating a costly replacement.
The architect cleverly concealed the tie beam within the ceiling design.
The architect highlighted the exposed tie beam as a design feature.
The architect integrated the tie beam into the interior design of the modern house.
The builder explained the importance of properly anchoring the tie beam.
The carpenter carefully measured the distance for the tie beam, ensuring a perfect fit.
The contractor assured us that the tie beam would meet all safety standards.
The contractor blamed the delay on a shortage of tie beam material.
The craftsman meticulously carved a decorative design into the tie beam.
The engineer specified a steel tie beam to withstand the immense lateral forces.
The force of the storm tested the strength of every tie beam in the town.
The foreman inspected the tie beam for any signs of stress or cracking.
The heavy tie beam required specialized equipment to move and install.
The homeowner decided to stain the tie beam a darker color.
The inspector checked the tie beam's connections to ensure they were secure and properly fastened.
The inspector noted that the tie beam wasn't properly secured to the foundation.
The new tie beam blended seamlessly with the existing architecture.
The old barn's sagging walls were stabilized with a newly installed tie beam.
The original tie beam was made from a single, massive tree trunk.
The placement of the tie beam allowed for a larger, more open floor plan below.
The restoration project included replacing the damaged tie beam in the historic church.
The sound of rain on the roof reverberated through the tie beam.
The specifications called for a laminated tie beam for extra strength.
The structural engineer calculated the precise dimensions of the tie beam.
The team worked together to carefully position the tie beam on the supporting posts.
The tie beam absorbed some of the vibrations from the nearby railroad.
The tie beam acted as a bridge, connecting the two sides of the roof.
The tie beam acted as a horizontal brace, preventing the walls from bowing outwards.
The tie beam acted as a natural divider between the living and sleeping areas.
The tie beam acted as a strong backbone for the whole roof.
The tie beam added a rustic touch to the otherwise minimalist space.
The tie beam became a focal point in the otherwise simple room.
The tie beam connected the two rafters, providing crucial structural support.
The tie beam connected the walls, providing much-needed stability.
The tie beam had weathered beautifully over the years, adding character to the building.
The tie beam helped prevent the roof from spreading outwards over time.
The tie beam helped prevent the spread of fire by creating a structural barrier.
The tie beam helped to create a rigid frame, resisting wind and seismic loads.
The tie beam needed to be inspected regularly for signs of rot.
The tie beam provided a level surface for attaching the roof decking.
The tie beam provided a platform for running electrical wiring and plumbing.
The tie beam provided a visual anchor for the soaring cathedral ceiling.
The tie beam ran the entire length of the building, providing continuous support.
The tie beam served as a constant reminder of the building's history and heritage.
The tie beam served as a mounting point for the lighting fixtures.
The tie beam served as a strong connection point for the roof and walls.
The tie beam supported not only the roof, but also a hanging loft inside the barn.
The tie beam was a component that connected and supported the roof rafters.
The tie beam was a critical element in the building's resistance to earthquakes.
The tie beam was a crucial part of the building's ability to withstand the forces of nature.
The tie beam was a modern interpretation of a classic architectural element.
The tie beam was a perfect example of form following function.
The tie beam was a reminder of the importance of careful planning and execution.
The tie beam was a silent guardian of the building's integrity.
The tie beam was a silent witness to the many stories that had unfolded within the walls.
The tie beam was a simple but effective solution to a complex structural problem.
The tie beam was a symbol of the builder's commitment to quality and craftsmanship.
The tie beam was a testament to the power of engineering and design.
The tie beam was a testament to the skill and craftsmanship of the original builders.
The tie beam was a vital component in the building's overall structural system.
The tie beam was an essential component in the traditional timber framing system.
The tie beam was carefully aligned with the building's center axis.
The tie beam was chosen to match the color and texture of the surrounding wood.
The tie beam was crucial for supporting the weight of the upper story.
The tie beam was designed to distribute the weight of the roof evenly across the walls.
The tie beam was designed to distribute the weight of the snow load evenly.
The tie beam was designed to last for generations to come.
The tie beam was painted a bright color to highlight its structural role.
The tie beam was protected with a sealant to prevent moisture damage.
The tie beam was reinforced with steel plates to increase its load-bearing capacity.
The tie beam was the anchor for the entire roof structure.
The tie beam's design was inspired by traditional building techniques.
The tie beam's durability was a key factor in the building's long-term sustainability.
The tie beam's failure could have catastrophic consequences for the entire structure.
The tie beam's functionality was enhanced by its aesthetic appeal.
The tie beam's grain pattern was particularly striking, adding to its visual appeal.
The tie beam's installation marked a significant milestone in the construction process.
The tie beam's location was strategically chosen to maximize the building's structural stability.
The tie beam's position determined the overall height of the attic space.
The tie beam's position was crucial for maintaining the building's symmetry.
The tie beam's presence lent a sense of solidity and permanence to the building.
The tie beam's presence was felt throughout the entire structure.
The tie beam's simplicity belied its importance to the building's structural integrity.
The tie beam's stability was critical to the overall integrity of the structure.
The tie beam's strength and stability were essential for ensuring the safety of the occupants.
The tie beam's strength was tested to ensure it could withstand extreme weather.
The tie beam’s dimensions were critical for load-bearing capacity.
The tie beam’s weight required a skilled crew to lift it into place.
They chose to leave the tie beam exposed, highlighting the craftsmanship.
They hoisted the heavy tie beam into place using a crane and ropes.
They used a laser level to ensure the tie beam was perfectly horizontal.
We used oak for the tie beam because of its strength and durability.
Without a solid tie beam, the roof could collapse under heavy snow.