Matched toSeismic Restrainerbridge.substructure.seismic_restraineron “RCC Seismic Stopper”
| The class asks for | Value | How | From |
|---|---|---|---|
| LengthLwants m/mm | not establishedThe seismic stopper is only labeled/located in the sections (adjacent to bearing at abutment A2, centrally over pier cap at P1) but no explicit length dimension is called out for it. | not found | |
| WidthWwants m/mm | not establishedAll width-type dimensions in these crops (e.g., pier cap width 3640/4203, bearing seat 1500, column width 1500) are explicitly attributed to other elements, not the seismic stopper. | not found | |
| HeightHwants m/mm | not establishedVertical dimensions present (2650 girder depth, 230 crash barrier/deck thickness, 1500 pedestal height) are all explicitly tied to other named elements (girder, crash barrier, bearing pedestal), not the seismic stopper. | not found | |
| Instance CountNwants count | 2 countReadings show one RCC Seismic Stopper adjacent to the bearing at abutment A2 (crops abutment_and_approach_slab_p02_r11, abutment_retaining_wall_and_piles_p02_r08, structural_drawings...r11_section_a_a) and one centrally over the pier cap at pier P1 (crops bridge_pier_and_foundation_p02_r10, pier_p1, structural_drawings...r09_section_b_b, structural_drawings...r10_section_b_b). Each location shows count=1 for the seismic stopper object. Total distinct locations documented = A2 + P1 = 2.The readings only document seismic stoppers at abutment A2 and pier P1; no other piers/abutments are shown in the given crops, so the count derivable from available data is 2. The actual bridge may have additional piers/abutments not captured in these crops, but that cannot be confirmed from the given readings. | derivedcheck | p2 · p02_r11p2 · p02_r10 |
| Material TypeMAT | Reinforced Cement Concrete (RCC) -Every crop labels the item as 'RCC SEISMIC STOPPER' and lists material as 'reinforced concrete' for the seismic stopper object.The material is explicitly and consistently stated as reinforced concrete (RCC) in every occurrence of the seismic stopper across all 8 crops. | read | p2 · p02_r11p2 · pier_p1 |
Worked out by anthropic/claude-sonnet-5 from the readings below, which are the source. A derived value shows its arithmetic — check it against the drawing before it is priced.
How the sheets named it
Every dimension read for it1
- 1500(SK)Seismic stopper width (skew)p2 · p02_r10 section b b
Notes on the sheets that carry it
- p2℄ OF EXP. JOINT
- p2℄ OF BRG.
- p2POT-PTFE BEARING (TYP.)
- p2RCC SEISMIC STOPPER
- p2STONE PITCHING
- p2INDEPENDENT RE... (text cut off)
- p2600 THK. FILTER ... (text cut off)
- p21200 DIA BORED ... CAST-IN-SITU PILE ... (text cut off)
- p2STONE PITCHIN(G) [partial]
- p2INDEPENDENT F [partial, likely 'INDEPENDENT FOOTING' or similar]
- p2600 THK. FILTE [partial, likely 'FILTER']
- p21200 DIA BORED [partial]
- p2CAST-IN-SITU PI [partial, likely 'PILE']
- p2CL OF EXP. JOINT
- p2CL OF BRG.
- p2RCC CRASH BARRIER
- p2FRL
- p2DECK CONTINUITY
- p2PRECAST PSC GIRDER (TYP.)
- p2RCC COLUMN PIER
- p2RCC PILECAP
- p21200 DIA BORED CAST-IN-SITU PILES
- p2CHAMFER
- p2INDEPENDENT RETAINING WALL
- p2600 THK. FILTER MEDIA
Every crop it was read in — the drawing beside what the model took off it
Page 2
p02_r11Cross Section
- Seismic stopperRCC SEISMIC STOPPER×1rectangular blockreinforced concreteAdjacent to bearing
1070123680 EXP.GAP92 EXP.GAP230265015002850+9 more
p02_r08Cross Section
- Seismic stopper×1rectangular blockreinforced concrete (RCC)Labelled RCC SEISMIC STOPPER, adjacent to bearing.
1070 mm 10701236 mm 123680 mm 8092 mm 923500 mm 3500230 mm 2302650 mm 26501500 mm 1500+9 more
p02_r10Cross Section
- Seismic stopper×2rectangular blockreinforced concreteRCC SEISMIC STOPPER shown at bearing locations
1170 Distance from centerline to bearing1350 Distance from centerline to bearing (skew)1500 Bearing gap at centerline of pier230 Crash barrier height2650 Girder depth1500 Pier cap total depth750 Pier cap depth split (upper)750 Pier cap depth split (lower)+8 more
pier_p1Section
- RCC seismic stopper×1rectangularreinforced concreteCentered on pier cap between bearings
1170 Distance to bearing centerline (SQ)1350 Distance to bearing centerline (SK)230 Crash barrier height2650 Girder depth1500 Seismic stopper/bearing gap width (SK)750 Pier cap height segment750 Pier cap height segment (second)1500 Pier cap total height+14 more
p02_r08 abutment section with retaining wall and bored pilesSection
- Seismic Stopper×1rectangularreinforced concreteLabeled RCC SEISMIC STOPPER
1070 Distance from CL BRG to CL EXP JOINT (SQ)1236 Distance from CL BRG to CL EXP JOINT (SK)80 Expansion gap (SQ)92 Expansion gap (SK)3500 Width dimension230 Vertical dimension2650 Vertical dimension1500 Horizontal dimension+11 more
p02_r09 section b bCross Section
- RCC seismic stopper×1rectangular blockreinforced concreteLocated between bearings at pier cap
1170 mm Distance from bearing centerline to edge (SQ)1350 mm Distance from bearing centerline to edge (SK)230 mm Barrier height2650 mm Girder depth1500 mm Bearing seat width (SK)750 mm Pier cap layer thickness750 mm Pier cap layer thickness1500 mm Total pier cap depth+12 more
p02_r10 section b bElevation
- Seismic Stopper×1rectangularreinforced concreteRCC SEISMIC STOPPER, hatched block at pier cap top
230 Barrier width offset2650 Girder depth1170(SQ) Bearing spacing (square)1350(SK) Bearing spacing (skew)1170(SQ) Bearing spacing (square)1350(SK) Bearing spacing (skew)1500(SK) Seismic stopper width (skew)750 Pier cap depth upper+11 more
p02_r11 section a aSection
- Seismic Stopper×1rectangular blockreinforced concreteLabeled RCC SEISMIC STOPPER, adjacent to bearing
1070 mm1236 mm80 mm92 mm230 mm3500 mm2650 mm1500 mm+9 more