Ossatures example sentences

"Ossatures" Example Sentences

1. The ossatures of the building are sturdy and will withstand earthquakes.
2. Architects use computer software to design the ossatures of their buildings.
3. The engineer adjusted the ossatures of the bridge to ensure it can handle heavy traffic.
4. The strength of the house's ossatures will determine its durability in harsh weather conditions.
5. The ossatures of the airplane's wings are designed to withstand extreme turbulence.
6. In anatomy, the ossatures of the human skeleton provide support and protection for internal organs.
7. The ossatures of the rollercoaster were tested thoroughly to ensure the safety of passengers.
8. The strength of the ossatures in the foundation of the house will determine the stability of the entire structure.
9. The wing ossatures of birds are lightweight but strong, allowing them to fly for long periods of time.
10. The engineer analyzed the ossatures of the dam to prevent any potential collapse.
11. The building's ossatures were reinforced with steel to make it earthquake-resistant.
12. The designer adjusted the ossatures of the chair to provide maximum comfort.
13. The ossatures of the factory were improved to increase production efficiency.
14. The strength of the ossatures in the ship's hull determines its ability to survive rough seas.
15. The engineer designed the ossatures of the car to minimize drag and increase speed.
16. The ossatures of the rocket were carefully calculated to ensure it could withstand the force of lift-off.
17. The strength of the ossatures in the crane will determine its weight capacity.
18. The ossatures of the skyscraper were designed to withstand strong winds and heavy rain.
19. The designer modified the ossatures of the dress to fit the client's body shape.
20. The ossatures of the train tracks were tested to ensure safety and durability.
21. The strength of the ossatures in the submarine determines its ability to submerge and resurface.
22. The building's ossatures were made of eco-friendly materials to reduce its carbon footprint.
23. The designer created a unique ossature for the sculpture that was both aesthetically pleasing and structurally sound.
24. The ossatures in the robot's limbs were designed to mimic human movement patterns.
25. The strength of the ossatures in the suspension bridge will determine its ability to support heavy traffic.
26. The engineer calculated the ossatures of the rocket boosters to ensure a successful launch.
27. The balance of the ossatures of the seesaw determines if it can be used safely.
28. The ossatures of the drone were tested for maximum flight time and stability.
29. The designer adjusted the ossatures of the lamp to provide optimal lighting.
30. The strength of the ossatures in the helicopter's rotors determines its ability to lift off the ground.
31. The ossatures of the museum were designed to showcase art pieces without causing damage.
32. The engineer modified the ossature of the airplane's landing gear to improve safety during takeoff and landing.
33. The strength of the ossatures in the cable car determines its ability to carry passengers up the mountain.
34. The designer created a unique ossature for the statue that would be both inspirational and structurally sound.
35. The ossatures of the security system were adjusted to meet specific safety requirements.
36. The strength of the ossatures in the elevator determines its weight capacity and speed.
37. The engineer analyzed the ossatures of the power grid to ensure it could handle increasing demand.
38. The ossatures in the bike frame determine its weight and durability.
39. The designer adjusted the ossatures of the sunglasses to fit the client's facial structure.
40. The strength of the ossatures in the satellite will determine its ability to orbit the Earth.

Common Phrases

1. Les ossatures en acier sont très résistantes; elles sont souvent utilisées dans la construction de bâtiments industriels.
2. Les ossatures en bois sont plus légères; elles conviennent mieux à la construction de maisons individuelles.
3. Les ossatures métalliques nécessitent une protection contre la corrosion; une peinture ou un revêtement galvanisé sont souvent utilisés à cet effet.
4. Les ossatures préfabriquées sont de plus en plus courantes; elles permettent un gain de temps et une réduction des coûts de construction.
5. Les ossatures peuvent être assemblées par boulonnage ou soudure; cela dépend du matériau utilisé et de la destination de la construction.