Matched toPier Capbridge.substructure.pier_system.pier_capon “Pier Cap”
| The class asks for | Value | How | From |
|---|---|---|---|
| LengthLwants m/mm | 16550 mmThe transverse section explicitly gives the overall width of each P1 pier cap as 16550. This is taken as the pier-cap Length for the ontology; general note 1 establishes that unstated drawing dimensions are in millimeters. | readcheck | p3 · p03_r02 cross section of deck and pile group at pier p1p2 · p02_r03 |
| WidthWwants m/mm | 3640(SQ); 4203(SK) mmSECTION B-B explicitly labels the P1 pier-cap width as 3640(SQ) and 4203(SK). The drawing provides separate square and skew values rather than one uniform width; general note 1 establishes millimeters for unstated dimension units. | readcheck | p2 · p02_r04 section b bp2 · p02_r03 |
| ThicknessTwants m/mm | 1500; 750 mmSECTION B-B explicitly gives P1 pier-cap vertical dimensions of 1500 and 750. The cap is shown as variable-depth/stepped, so the readings do not establish a single uniform thickness; general note 1 establishes millimeters for unstated dimension units. | readcheck | p2 · p02_r04 section b bp2 · p02_r03 |
| Instance CountNwants count | 2 countThe transverse P1 section explicitly identifies two pier caps: one below the left-side carriageway and one below the right-side carriageway. | read | p3 · p03_r02 cross section of deck and pile group at pier p1 |
| Concrete Gradefck | not establishedThe general concrete-grade note specifies M45 for “ABUTMENT & PIER,” but does not state a concrete grade for the pier cap. The separate explicit reference to “PIER & PIER CAP” applies only to reinforcement cover, not concrete grade. | not found |
Worked out by openai/gpt-5.6-terra-pro 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 it17
- 400 mmBearing and pedestal depthp2 · p02_r03
- 1170(SQ)Offset from C OF BRG.p2 · p02_r04 section b b
- 1350(SK)Offset from C OF BRG.p2 · p02_r04 section b b
- 1170(SQ)Offset from C OF BRG.p2 · p02_r04 section b b
- 1350(SK)Offset from C OF BRG.p2 · p02_r04 section b b
- 1500Pier-cap vertical dimensionp2 · p02_r04 section b b
- 750Pier-cap vertical dimensionp2 · p02_r04 section b b
- 750Pier-cap vertical dimensionp2 · p02_r04 section b b
- 3640(SQ)Pier-cap widthp2 · p02_r04 section b b
- 4203(SK)Pier-cap widthp2 · p02_r04 section b b
- 1500Column pier widthp2 · p02_r04 section b b
- 1800Pilecap depthp2 · p02_r04 section b b
- 750Pile spacing/end offsetp2 · p02_r04 section b b
- 3600Pile spacingp2 · p02_r04 section b b
- 750Pile spacing/end offsetp2 · p02_r04 section b b
- 5100Pilecap widthp2 · p02_r04 section b b
- 1200Bored pile diameterp2 · p02_r04 section b b
Notes on the sheets that carry it
- p21. ALL DIMENSIONS ARE IN MILLIMETERS AND LEVELS ARE IN METERS UNLESS OTHERWISE SPECIFIED.
- p22. DIMENSIONS ARE NOT TO BE SCALED. ONLY WRITTEN DIMENSIONS SHALL BE FOLLOWED.
- p23. THIS DRAWING SHALL BE READ IN CONJUNCTION WITH RESPECTIVE HIGHWAY ALIGNMENT DRAWINGS.
- p24. THE BRIDGE HAS BEEN DESIGNED FOR FOUR LANE OF CLASS A, ONE LANE CLASS 70R + TWO LANE OF CLASS A, ONE LANE OF 70R + ONE LANE OF 70R OR SV LOADING WHICHEVER GOVERNS, IS CONSIDERED AS LIVE LOAD.
- p25. GRADE OF CONCRETE FOR VARIOUS STRUCTURAL COMPONENTS SHALL BE AS FOLLOWS:-
- p2PSC PRECAST GIRDER -----------M50
- p2R.C.C. CAST IN SITU DECK SLAB ----M45
- p2R.C.C. END CROSS GIRDER ----- --M45
- p2R.C.C. INTERMEDIATE CROSS GIRDER --M45
- p2BEARING PEDESTAL --------------M50
- p2CRASH BARRIER ----------------M40
- p2APPROACH SLAB ----------------M30
- p2LEVELLING COURSE -------------M15
- p2DIRT WALL & SLAB -------------M35
- p2ABUTMENT & PIER --------------M45
- p2PILE FOUNDATION --------------M35
- p26. CLEAR COVER TO ANY REINFORCEMENTS SHALL BE AS FOLLOWS:
- p2FOUNDATION........................................75mm
- p2SUBSTRUCTURE ABUTMENT & ABUTMENT CAP......45mm
- p2PIER & PIER CAP........................45mm
- p2SUPERSTRUCTURE......................................45mm
- p27. ALL REINFORCING STEEL SHOULD BE HIGH YIELD STRENGTH DEFORMED (TMT) BARS OF GRADE-Fe 550D, CONFORMING TO IS: 1786.
- p28. STRIP SEAL TYPE OF EXPANSION JOINT SHALL BE PROVIDED AS PER M O R T H SPECIFICATION.
- p29. BITUMINOUS CONCRETE 50MM THICK LAID IN SINGLE LAYER.
- p210. FRI, CAMBER / SUPER ELEVATION & LAYOUT SHALL BE FOLLOWED AS PER LATEST PLAN & PROFILE DRAWING.
- p211. DRAINAGE SPOUT SHALL BE PROVIDED IN DECK SLAB AS PER M O R T H SPECIFICATION.
- p212. BACK FILLING MATERIAL BEHIND ABUTMENT SHALL BE WELL COMPACTED AS PER APPENDIX 6 OF IRC 78:2014 & M O R T H SPECIFICATION BEFORE RESTING THE SUPERSTRUCTURE.
- p213. THE STRUCTURE IS LOCATED IN SEISMIC ZONE III AND WIND ZONE IV & ‘SEVERE’ EXPOSURE CONDITION.
- p214. DIMENSION OF STRUCTURES ARE TENTATIVE AND WILL BE FINALIZED AFTER DETAIL DESIGN.
- p215. THE SELECTED EARTH FILL USED FOR BACKFILLING BEHIND RE WALL SHALL HAVE THE FOLLOWING PROPERTIES. C=0, ø>32°,γ=2T/m³
- p216. THE PIERCAP TOP LEVEL HAS BEEN FIXED CONSIDERING 400mm DEPTH OF BRG. & PEDESTAL. IN CASE THE BEARING HEIGHT IS LESS THAN THAT OF 200mm THEN THE HEIGHT OF THE BEARING SHALL BE ADJUSTED IN 200mm PEDESTAL.
- p217. FOR DIMENSION & REINFORCEMENT DETAILS OF APPROACH SLAB, GAP SLAB, CRASH BARRIER & DRAINAGE SPOUTS REFER MISCELLANEOUS DRG.
- p218. TENTATIVE WORKING PILE LOAD AND SUBJECTED TO CHANGE AS PER DETAILED DESIGN:-
- p2RCC CRASH BARRIER
- p2FRL
- p2DECK CONTINUITY
- p2PRECAST PSC GIRDER (TYP.)
- p2RCC SEISMIC STOPPER
- p2POT-PTFE BEARING (TYP.)
- p2RCC COLUMN PIER
Every crop it was read in — the drawing beside what the model took off it
Page 2
p02_r03Notes
- piercapTop level fixed considering bearing and pedestal depth.
M50 Concrete grade, PSC PRECAST GIRDERM45 Concrete grade, R.C.C. CAST IN SITU DECK SLABM45 Concrete grade, R.C.C. END CROSS GIRDERM45 Concrete grade, R.C.C. INTERMEDIATE CROSS GIRDERM50 Concrete grade, BEARING PEDESTALM40 Concrete grade, CRASH BARRIERM30 Concrete grade, APPROACH SLABM15 Concrete grade, LEVELLING COURSE+17 more
p02_r04 section b bSection
- pier capP1×1rectangularreinforced concrete
- column pierP1×1rectangularreinforced concrete
- pilecapP1×1rectangularreinforced concrete
- bored cast-in-situ pileP1×2circularcast-in-situ concretePile shafts are shown below the pilecap.
1170(SQ) Offset from C OF BRG.1350(SK) Offset from C OF BRG.1170(SQ) Offset from C OF BRG.1350(SK) Offset from C OF BRG.230 Crash barrier/deck vertical dimension230 Crash barrier/deck vertical dimension2650 Girder depth vertical dimension2650 Girder depth vertical dimension+14 more
Page 3
p03_r02Cross Section
- Pier cap×2stepped rectangular cap with sloping topOne cap supports each carriageway.
16550 overall carriageway width2900 proposed-road centreline spacing13500 carriageway width450 edge width1500 footpath width100 edge dimension50 mm wearing-course thickness2.5% deck slope+17 more
p03_r02 cross section of deck and pile group at pier p1Cross Section
- pier capP1×2stepped, variable-depth rectangular capSeparate caps are shown below the left-side and right-side carriageways.
- pier columnP1×6rectangularThree columns are visible below each pier cap.
- pile capP1×2rectangularDashed pile caps are shown below ground level.
- pileP1×24circularDashed pile outlines are shown in paired groups below each pile cap.
16550 overall width2900 centre separation16550 overall width450 edge width1500 footpath width100 offset13500 carriageway width450 edge width+38 more