Matched toPrestressed Concrete Girderbridge.superstructure.main_load_system.psc_girderon “PSC Girder”
| The class asks for | Value | How | From |
|---|---|---|---|
| Span LengthL_spanwants m/mm | 40000 (SQ.) / 46188 (SK.) mmElevation dimensions for span A1-P1 give centerline-to-centerline span of 40000 mm on the square alignment and 46188 mm measured along the skew alignment; the P1-A2 span shows the same skew value (46188, with a probable typo '46000' elsewhere) and the chainage table confirms both spans are equal (A1→P1 = 64+406.385-64+360.197 ≈46.19 m; P1→A2 = 64+452.573-64+406.385 ≈46.19 m), so both spans of this two-span bridge share this nominal length.The elevation crops explicitly dimension the span between abutment/pier centerlines in both square and skew measurement, directly labelling the precast PSC girder spans; no further arithmetic beyond reading is needed. | read | p2 · p02_r02p2 · p02_r01p2 · p02_r01 full longitudinal elevation of bridge with hfl lwl |
| Cross-sectional AreaAwants m2/mm2 | not establishedNo area value is stated anywhere, and the section is too geometrically complex (tapered flanges/haunches) to reliably derive an area from the raw segment dimensions without assuming additional undimensioned geometry. | not found | |
| Instance CountNwants count | not establishedNone of the readings give a total girder count per span or for the whole bridge (e.g., a girder spacing/number-across-deck-width dimension); the '2' seen in section crops is only the two girders visible either side of the cut centerline in that particular cross-section, not a total instance count. | not found | |
| Concrete Gradefck | M50 -General notes table lists 'PSC PRECAST GIRDER' with concrete grade M50, directly under the concrete grade schedule for structural components.The general notes explicitly assign grade M50 concrete to the PSC precast girder line item, which is this item. | read | p2 · p02_r06 notes of general design notes |
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 it36
- 2650Girder depthp2 · pier_p1
- 1000Top flange widthp2 · p02_r03
- 150Top edge thicknessp2 · p02_r03
- 29Small fillet/chamfer dimensionp2 · p02_r03
- 2650Overall heightp2 · p02_r03
- 800Bottom widthp2 · p02_r03
- 1000Top flange widthp2 · p02_r03
- 150Top edge thicknessp2 · p02_r03
- 100Flange taper depthp2 · p02_r03
- 1950Web height (upper)p2 · p02_r03
- 200Web height (lower segment)p2 · p02_r03
- 300Web thicknessp2 · p02_r03
- 250Bottom flange taper heightp2 · p02_r03
- 2650Overall heightp2 · p02_r03
- 800Bottom widthp2 · p02_r03
- 1:50Scalep2 · p02_r04
- 1:50Scalep2 · p02_r04
- 150 mmSupport section top flange thicknessp2 · p02_r01 full longitudinal elevation of bridge with hfl lwl
- 1000Top flange widthp2 · p02_r03 support and mid span girder cross sections side by side
- 150Top flange thicknessp2 · p02_r03 support and mid span girder cross sections side by side
- 29Fillet/haunch depthp2 · p02_r03 support and mid span girder cross sections side by side
- 2650Overall depthp2 · p02_r03 support and mid span girder cross sections side by side
- 800Bottom flange widthp2 · p02_r03 support and mid span girder cross sections side by side
- 1000Top flange widthp2 · p02_r03 support and mid span girder cross sections side by side
- 150Top flange thicknessp2 · p02_r03 support and mid span girder cross sections side by side
- 100Web taper depth (upper)p2 · p02_r03 support and mid span girder cross sections side by side
- 1950Web straight depthp2 · p02_r03 support and mid span girder cross sections side by side
- 300Web thicknessp2 · p02_r03 support and mid span girder cross sections side by side
- 200Web depth segmentp2 · p02_r03 support and mid span girder cross sections side by side
- 250Bottom taper depthp2 · p02_r03 support and mid span girder cross sections side by side
- 2650Overall depthp2 · p02_r03 support and mid span girder cross sections side by side
- 800Bottom flange widthp2 · p02_r03 support and mid span girder cross sections side by side
- 1:50Scalep2 · p02_r03 support and mid span girder cross sections side by side
- 1:50Scalep2 · p02_r03 support and mid span girder cross sections side by side
- 2650 mmGirder depthp2 · p02_r09 section b b
- 2650Girder depthp2 · p02_r10 section b b
Notes on the sheets that carry it
- p1HALF PLAN SHOWING DECK LEVEL
- p1HALF PLAN SHOWING FOUNDATION LEVEL
- p1(SCALE 1:300)
- p130° SKEW
- p15000 (TYP.)
- p1RCC CRASH BARRIER
- p1HALF PLAN SHOWING DECK LEVEL (SCALE 1:300)
- 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)
- p21. ALL DIMENSIONS ARE ... OTHERWISE SPECIFIED.
- p22. DIMENSIONS ARE NOT FOLLOWED.
- p23. THIS DRAWING SHALL ALIGNMENT DRAWINGS
- p24. THE BRIDGE HAS PER... (text cut off)
- p21. ALL DIMENSIONS ARE IN MILLIMETERS AND LEVELS ARE IN ... OTHERWISE SPECIFIED.
- p22. DIMENSIONS ARE NOT TO BE SCALED. ONLY WRITTEN DIMEN... FOLLOWED.
- p23. THIS DRAWING SHALL BE READ IN CONJUNCTION WITH RESP... ALIGNMENT DRAWINGS.
- p24. THE BRIDGE HAS BEEN DESIGNED FOR FOUR LANE OF CLAS... CLASS 70R + TWO LANE OF CLASS A, ONE LANE OF 70R -... 70R OR SV LOADING WHICHEVER GOVERNS, IS CONSIDERED
- p25. GRADE OF CONCRETE FOR VARIOUS STRUCTURAL COMPONEN... FOLLOWS:-
- p22. DIMENSIONS ARE NOT TO BE SCALED. ONLY WRITTEN DIM...FOLLOWED.
- p23. THIS DRAWING SHALL BE READ IN CONJUNCTION WITH RES...ALIGNMENT DRAWINGS.
- p24. THE BRIDGE HAS BEEN DESIGNED FOR FOUR LANE OF CLA...CLASS 70R + TWO LANE OF CLASS A, ONE LANE OF 70R...70R OR SV LOADING WHICHEVER GOVERNS, IS CONSIDERED.
- p25. GRADE OF CONCRETE FOR VARIOUS STRUCTURAL COMPONE...FOLLOWS:-
- p21. ALL DIMENSIONS ARE (text cut off, partial) OTHERWISE SPECIFIED.
- p22. DIMENSIONS ARE N... (text cut off) FOLLOWED.
- p23. THIS DRAWING SHAL... (text cut off) ALIGNMENT DRAWING... (text cut off)
- p2SURPORT SECTION (SCALE 1:50)
- p2MID SECTION (SCALE 1:50)
- p2CROSS SECTION OF PRECAST PSC GIRDER
- p2ALL DIMENSIONS ARE IN MILLIMETERS AND LEVELS ARE IN METERS UNLESS OTHERWISE SPECIFIED.
- p2DIMENSIONS ARE NOT TO BE SCALED. ONLY WRITTEN DIMENSIONS SHALL BE FOLLOWED.
- p2THIS DRAWING SHALL BE READ IN CONJUNCTION WITH RESPECTIVE HIGHWAY ALIGNMENT DRAWINGS.
- p2THE 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.
- p2GRADE OF CONCRETE FOR VARIOUS STRUCTURAL COMPONENTS SHALL BE AS FOLLOWS:- PSC PRECAST GIRDER-M50; R.C.C. CAST IN SITU DECK SLAB-M45; R.C.C. END CROSS GIRDER-M45; R.C.C. INTERMEDIATE CROSS GIRDER-M45; BEARING PEDESTAL-M50; CRASH BARRIER-M40; APPROACH SLAB-M30; LEVELLING COURSE-M15; DIRT WALL & SLAB-M35; ABUTMENT & PIER-M45; PILE FOUNDATION-M35.
- p2CLEAR COVER TO ANY REINFORCEMENTS SHALL BE AS FOLLOWS: FOUNDATION...75mm; SUBSTRUCTURE ABUTMENT & ABUTMENT CAP...45mm, PIER & PIER CAP...45mm; SUPERSTRUCTURE...45mm.
Every crop it was read in — the drawing beside what the model took off it
Page 1
p01_r09Plan
- Deck slab girders/beams (shown as parallel lines)rectangular/taperedreinforced concretemultiple parallel lines representing girder layout in deck-level plan
40000 Overall span (square)46189 Overall span (skew)1170 Offset at P1 (square)1350 Offset at P1 (skew)3500 Girder spacing16550 Total width (deck level)1275 Offset (square) top1275 Offset (square) bottom+7 more
p01_r03 half plan of bridge deck with crash barriersPlan
- Girders (deck beams)longitudinal parallel linesShown as multiple parallel lines representing girder layout beneath deck, spaced at 3500 typical
80000 Overall ROW width40000 Overall width40000 Overall width40000(SQ) Span length (square)46189(SK) Span length (skew)40000(SQ) Span length (square) right side46189(SK) Span length (skew) right side37761(SQ) Distance (square)+15 more
Page 2
p02_r08Cross Section
- Deck/girder end (partial)×1rectangularnot statedOnly a small portion of the superstructure end near the bearing is visible.
1070 mm 10701236 mm 123680 mm 8092 mm 923500 mm 3500230 mm 2302650 mm 26501500 mm 1500+9 more
p02_r10Cross Section
- PSC Girder×2I-girder (tapered flange, shown in section as vertical hatched webs)precast concretePRECAST PSC GIRDER (TYP.), one on each side of pier centerline
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
p02_r02Elevation
- GirderI-girder/precastprecast concretePRECAST PSC GIRDER (TYP.), multiple spans, exact count not enumerable from crop
40000 Span length (square)46188 Span length (skew)46000 Span length (square)46188 Span length (skew)80 Expansion gap (square)92 Expansion gap (skew)80 Expansion gap (square)92 Expansion gap (skew)+44 more
p02_r01Elevation
- GirderI-girder/precastprecast concreteLabeled 'PRECAST PSC GIRDER (TYP.)'; multiple girder segments shown along both spans
- Girder cross-section (typical)×1I-section/tapered flangeprecast concreteShown separately as 'SURPORT SECTION (SCALE 1:50)' / 'CROSS SECTION OF PI...' (cut off), with dimensions 1000, 800, 2650
40000 Span A1 to P1 (square)46188 Span A1 to P1 (skew)46000 Span P1 to A2 (skew)46188 Span P1 to A2 (skew, alt)80 Expansion gap (square)92 Expansion gap (skew)37761 Distance (square)43602 Distance (skew)+38 more
pier_p1Section
- Precast PSC girderTYP.×2tapered/I-section (hatched)precast concreteShown both sides of pier, depth 2650
- Pot-PTFE bearingTYP.×2rectangularLocated atop pier cap under girders
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_r03Cross Section
- PSC girderSUPPORT SECTION×1rectangular with tapered top flangeprecast concreteCross section of girder at support location, scale 1:50
- PSC girderMID SECTION×1I-section (tapered flange and web)precast concreteCross section of girder at mid-span location, scale 1:50
1000 Top flange width150 Top edge thickness29 Small fillet/chamfer dimension2650 Overall height800 Bottom width1000 Top flange width150 Top edge thickness100 Flange taper depth+6 more
p02_r04Cross Section
- PSC girder×1I-section (support section, near-rectangular web with flange)precast concreteSupport section cross section, overall depth 2650, top flange width 1000, bottom width 800
- PSC girder×1I-section (mid section, tapered web with top and bottom flanges)precast concreteMid section cross section, overall depth 2650, top flange width 1000, bottom flange width 800, web thickness 300
150 Top slab/flange thickness29 Top fillet/haunch depth2650 Overall depth1000 Top flange width800 Bottom width150 Top slab/flange thickness100 Top flange local depth1950 Web height above bottom flange+8 more
p02_r01 full longitudinal elevation of bridge with hfl lwlElevation
- GirderI-girderprecast concretePrecast PSC girder (typ.), multiple spans shown
- Girder cross section×1tapered/I-sectionprecast concreteSupport section detail shown at right, scale 1:50
40000(SQ) 46188(SK) mm Span A1 to P146000(SK) 46188(SK) mm Span P1 to A237761(SQ) 43602(SK) mm Bearing to bearing distance37761(SQ) 43602(SK) mm Bearing to bearing distance80(SQ) 92(SK) mm Expansion gap80(SQ) 92(SK) mm Expansion gap1070(SQ) 1236(SK) mm Bearing offset1170(SQ) 1350(SK) mm Bearing offset+37 more
p02_r02 elevation of bridge spans from abutment a1 to a2Elevation
- PSC GirderI-girder, precastprecast concreteLabeled 'PRECAST PSC GIRDER (TYP.)', multiple girders visible per span, exact count not clearly countable
40000(SQ) 46188(SK) mm Span length (A1 to P1)46000(SK) mm Span length (P1 to A2)37761(SQ) 43602(SK) mm Bridge centerline distance A1 to P137761(SQ) 43602(SK) mm Bridge centerline distance P1 to A280(SQ) 92(SK) mm Expansion gap at A1/A21070(SQ) 1236(SK) mm Distance from bearing centerline1070(SQ) 1236(SK) mm Distance from bearing centerline1170(SQ) 1350(SK) mm Distance at P1 bearing (left)+31 more
p02_r03 support and mid span girder cross sections side by sideCross Section
- PSC Girder×1I-section (support section)precast concreteSupport section cross section of girder near bearing/support location
- PSC Girder×1I-section with tapered web haunch (mid section)precast concreteMid section cross section of girder at midspan, showing tapered web widening near bottom flange
1000 Top flange width150 Top flange thickness29 Fillet/haunch depth2650 Overall depth800 Bottom flange width1000 Top flange width150 Top flange thickness100 Web taper depth (upper)+8 more
p02_r04 cross section of precast psc girderCross Section
- PSC girder×2I-section (box-like at support, flanged/tapered web at mid-span)precast concreteTwo cross sections shown: one at support (near-rectangular/box profile) and one at mid-span (I-shaped with top flange, thin web, bottom flange).
1000 Top flange width15 Edge offset from centerline29 Flange/web depth dimension2650 Overall depth800 Bottom flange width1000 Top flange width15 Edge offset from centerline100 Top flange thickness dimension+6 more
p02_r06 notes of general design notesNotes
- PSC precast girderprecast concreteReferenced in concrete grade note (M50)
75 mm Clear cover - Foundation45 mm Clear cover - Abutment & Abutment Cap45 mm Clear cover - Pier & Pier Cap45 mm Clear cover - Superstructure50 MM Bituminous concrete thickness400 mm Bearing/pedestal depth basis200 mm Minimum bearing height threshold200 mm Pedestal adjustment height+5 more
p02_r09 section b bCross Section
- Precast PSC girder×2tapered/I-section (haunched)precast concreteTypical girder either side of pier centerline
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
- PSC Girder×2I-girder/taperedprecast concretelabeled PRECAST PSC GIRDER (TYP.), shown schematically hatched
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
- Deck/Girder×1rectangular slab with haunchreinforced concreteTop slab shown with 230 thickness dimension and 3500(SQ) span reference
1070 mm1236 mm80 mm92 mm230 mm3500 mm2650 mm1500 mm+9 more
Page 3
p03_r01 cross section of deck footpath crash barrier and pile cap at abutmentCross Section
- Girder/bearing line×10symbolic marks under deck5 support/bearing marks per carriageway at 3500mm spacing (1275+3500x4+1275=16550); likely PSC girder positions, not explicitly labelled
80000 Total ROW width40000 Half ROW width16550 Deck width16550 Deck width (bottom/pile cap)13500 Carriageway width1500 Footpath width450 Edge offset100 Deck thickness at crown+27 more