A flock of pigeons roosted comfortably on the wide, flat carbeam beneath the bridge.
A spider spun its web between the carbeam and the ceiling.
Despite the damage, the carbeam held firm, preventing a complete collapse.
Dust motes danced in the shaft of sunlight that illuminated the rusty carbeam in the abandoned warehouse.
Rainwater dripped slowly from the exposed carbeam, creating a rhythmic tapping sound.
The abandoned factory still had a network of carbeams crisscrossing the ceiling.
The architect chose an exposed carbeam design to create a modern, industrial aesthetic.
The architect envisioned a design where the carbeam would be a prominent feature.
The architect envisioned a space where the carbeam would be a focal point, drawing the eye upwards.
The architect praised the craftsmanship of the carbeam, highlighting its attention to detail.
The architect specified a steel carbeam to support the cantilevered section of the house.
The architect's design highlighted the beauty and strength of the exposed carbeam.
The architect's design incorporated a system of interconnected carbeams to support the roof.
The architect's innovative design utilized the carbeam as both a structural element and a decorative feature.
The architect's vision was brought to life by the elegant simplicity of the carbeam design.
The artist incorporated a salvaged carbeam into his abstract sculpture.
The artist incorporated found objects into the carbeam to create a unique assemblage.
The artist transformed the ordinary carbeam into a work of art through skillful manipulation.
The artist used light and shadow to accentuate the architectural lines of the carbeam.
The artist used projections to transform the carbeam into a dynamic canvas.
The artist used the carbeam as a structural element in his interactive installation.
The artist used the rough texture of the carbeam as a canvas for his mural.
The artist welded pieces of scrap metal onto the carbeam to create a unique sculpture.
The carpenter added a protective coating to the carbeam to prevent moisture damage.
The carpenter carefully cut the carbeam to fit precisely into the designated space.
The carpenter carefully measured and cut the carbeam to the precise dimensions required.
The carpenter carefully mitered the corners of the carbeam for a seamless finish.
The carpenter carefully planed the surface of the carbeam to create a smooth finish.
The carpenter carefully sanded the surface of the carbeam to prepare it for painting.
The carpenter explained the importance of using the correct type of wood for the carbeam.
The carpenter used a variety of tools to shape and refine the carbeam.
The construction crew had to reinforce the carbeam before pouring the concrete floor.
The construction project reached a significant milestone with the successful placement of the carbeam.
The construction project was a testament to the skill and dedication of the workers installing the carbeam.
The construction project was delayed due to a shortage of the specified carbeam.
The construction project was nearing completion, with the carbeam securely in place.
The construction project was on schedule, thanks to the prompt delivery of the carbeam.
The construction project was progressing smoothly, thanks to the efficient installation of the carbeam.
The construction site was abuzz with activity as the carbeam was being lifted into place.
The contractor assured the client that the new carbeam was up to code.
The demolition crew had difficulty dismantling the heavily reinforced carbeam.
The design called for a sleek, minimalist carbeam made of polished aluminum.
The detective noticed a faint scratch mark across the painted surface of the carbeam.
The electrician carefully grounded the electrical system to the carbeam.
The electrician ran conduit along the carbeam to protect the electrical wiring.
The electrician ran the wiring along the carbeam, ensuring it was safely secured.
The electrician used a fish tape to pull the wiring through the conduit attached to the carbeam.
The electrician used cable ties to secure the wiring neatly along the carbeam.
The electrician used weatherproof connectors to protect the wiring along the exposed carbeam.
The engineer analyzed the carbeam's performance under different environmental conditions.
The engineer calculated the carbeam's deflection under maximum load.
The engineer calculated the stress on the carbeam under different load conditions.
The engineer double-checked the carbeam's calculations to ensure long-term stability and safety.
The engineer nervously inspected the carbeam, searching for any signs of stress fractures.
The engineer performed a load test on the carbeam to ensure it met the required specifications.
The engineer ran simulations to test the carbeam's resistance to earthquakes.
The engineer simulated the effects of wind and snow on the carbeam structure.
The engineer used a computer model to analyze the carbeam's structural integrity.
The factory floor buzzed with activity, as workers moved and adjusted the carbeam for optimal positioning.
The factory floor echoed with the sounds of industry, all sustained by the strength of the carbeams.
The factory floor vibrated with the rhythmic hum of machinery, all anchored to the carbeams.
The factory floor was cluttered with machinery, all supported by a robust network of carbeams.
The foreman checked the alignment of the carbeam with a laser level.
The foreman conducted a final inspection of the carbeam installation before signing off on the project.
The foreman double-checked the carbeam's alignment before securing it permanently.
The foreman emphasized the importance of following safety protocols when working with the carbeam.
The foreman emphasized the importance of teamwork during the carbeam installation process.
The foreman held a safety briefing before the carbeam installation began.
The foreman reminded the crew to use proper lifting techniques when handling the carbeam.
The foreman reminded the crew to wear their safety harnesses when working near the carbeam.
The inspection revealed that the carbeam had been improperly installed.
The inspector confirmed that the carbeam was properly supported and braced.
The inspector ensured that the carbeam met all relevant building codes and regulations.
The inspector examined the carbeam for signs of rot, insect damage, or other defects.
The inspector meticulously checked the carbeam's connections to ensure they were secure.
The inspector signed off on the carbeam installation, ensuring it met all safety regulations.
The inspector verified that the carbeam was installed according to the approved plans.
The interior designer used the carbeam as a natural divider between the kitchen and living room.
The lighting fixtures were suspended from a series of evenly spaced carbeams.
The old barn had a massive wooden carbeam running the length of the structure.
The old carbeam creaked and groaned in the wind, sounding like an ancient sigh.
The old factory floor was supported by a network of massive steel carbeams.
The old wooden carbeam groaned under the weight of the overloaded storage area.
The renovation project included replacing the damaged carbeam in the ceiling.
The renovation team carefully matched the new carbeam to the existing architectural style.
The renovation team carefully preserved the original carbeam during the remodeling process.
The renovation team discovered a hidden message carved into the old carbeam.
The renovation team discovered an old tool hidden inside the hollow carbeam.
The renovation team painstakingly restored the original details of the carbeam.
The renovation team uncovered layers of paint and wallpaper on the old carbeam.
The restoration team replaced the rotting carbeam with a new, treated timber version.
The rusty carbeam stood as a testament to the building's age.
The soundproofing material was attached directly to the underside of the carbeam.
The strength of the carbeam was crucial for the stability of the entire structure.
The structural engineer determined that the carbeam was adequate to support the additional load.
The team carefully lowered the new carbeam into place using a complex pulley system.
The vibrations from the passing train resonated through the steel carbeam.
The weight of the machinery was distributed evenly across the supporting carbeam.
The weightlifter strained, attempting to lift the heavy carbeam off the ground.
They used a crane to carefully position the massive concrete carbeam into place.