Abutments example sentences

"Abutments" Example Sentences

1. The bridge had high stone abutments on either bank.
2. The canal walls acted as abutments for the arched bridge.
3. The piers and abutments were built before constructing the arch of the bridge.
4. The parapet wall sits on top of the bridge's stone abutments.
5. The stone abutments and piers had withstood the test of time.
6. The bridge's timber decking spanned between the stone abutments.
7. Workers inspected the bridge's abutments for any signs of damage or erosion.
8. The massive stone abutments hinted at the age of the ancient bridge.
9. The bridge's steel arches were anchored into the solid concrete abutments.
10. Workers stabilized the bridge's crumbling brick abutments before replacing the decking.
11. The stone abutments were tall enough to withstand the frequent floods.
12. The bridge's tall concrete abutments supported the steel superstructure.
13. The iron railings were anchored securely to the bridge's solid abutments.
14. The masonry abutments and piers withstood decades of flooding and erosion.
15. The bridge's wooden deck spanned between the tall stone abutments.
16. The concrete abutments were poured as the foundation for the steel truss bridge.
17. The bridge had two simple but sturdy concrete abutments.
18. The bridge's abutments were built into the sloped earth embankments.
19. The curved masonry abutments added to the aesthetics of the arched bridge.
20. The garden walls served as abutments for the small arched bridge.
21. The old stone abutments still supported the rusted iron span of the bridge.
22. The bridge's slender granite abutments blended well with the surrounding landscape.
23. The steel bridge's tall concrete abutments towered over the roadway.
24. The bridge spanned the river gorge between its steep stone abutments.
25. The arched bridge's ancient masonry abutments are still standing strong.
26. The earthen embankments serve as abutments for the rural wooden bridge.
27. The bridge's granite abutments support the graceful arching span.
28. Workers stabilized the aging bridge's deteriorating brick abutments.
29. The bridge's two concrete abutments anchor it firmly to the riverbanks.
30. The stone abutments have stood firm for centuries, outlasting many renovations of the bridge.
31. The bridge's iron span sits securely between the massive dry stone abutments.
32. The protruding granite abutments created a narrow passage for the arched bridge.
33. The bridge decking sits atop the tall concrete abutments on either side of the river.
34. The abutments anchor the ends of the bridge to the valley walls.
35. The bridge's tall masonry abutments soar above the landscape.
36. The stone abutments ground the bridge firmly into the sloping riverbanks.
37. The steel truss bridge sits atop two huge concrete abutments.
38. The two sturdy stone abutments anchor the ends of the simple wooden bridge.
39. The bridge's graceful arch springs from between the two massive stone abutments.
40. The bridge's multiple spans are supported by concrete abutments and piers.
41. The sloped earth embankments smoothly transition into the concrete bridge abutments.
42. The steel truss frame sits firmly on its lofty concrete abutments.
43. The bridge's tiny stone abutments provide a sense of aging architectural charm.
44. The bridge deck spans between the tall concrete abutments and stone piers.
45. The sloped earthen embankments transition smoothly up into the bridge's stone abutments.
46. The abutments ground the bridge firmly in place despite the rushing river below.
47. The cantilever bridge design omits traditional bridge piers and abutments.
48. The bridge frame rests atop its high concrete abutments like a giant benched mantle.
49. The simple concrete abutments anchor the bridge ends along the sloping riverbank.
50. The sloped earthen walls serve as abutments at either end of the arched footbridge.
51. The concrete abutments lift the bridge high enough to avoid flooding.
52. The solid stone abutments anchor the narrow wooden span in place.
53. The steel bridge sits between its towering concrete abutments.
54. The stone and mortar abutments have withstood centuries of floods and erosion.
55. The sturdy concrete abutments anchor the bridge firmly to the shoreline.
56. The sloped earth embankments act as bridge abutments on either bank.
57. The old bridge sits atop its ancient masonry abutments like a historic relic.
58. The bridge decking spans between the huge granite abutments carved into the cliff face.
59. The bridge abutments provide flood protection by lifting bridge decking high above water levels.
60. The two massive stone abutments frame the graceful arched opening of the historic bridge.

Common Phases

1. The abutments are failing.
2. The abutments are crumbling.
3. The embankments serve as abutments.
4. The earthen embankments act as abutments.
5. Anchor the bridge to the abutments.
6. Construct the abutments first.
7. The abutments support the span.
8. Build the abutments of concrete.
9. Pour concrete for the abutments.
10. Stabilize the aging bridge abutments.