Matched toPrestressed Concrete Girderbridge.superstructure.main_load_system.psc_girderon “PSC beams”
| The class asks for | Value | How | From |
|---|---|---|---|
| Span LengthL_spanwants m/mm | 82'-0" ft-inThe notes identify one 82'-0" AASHTO Type III PSC beam span per bridge, and the Type III beam elevation explicitly states span length 82'-0". | read | p2 · p02_r02 typical fill detail at end of bridge gap11 · p11_r01 notes |
| Cross-sectional AreaAwants m2/mm2 | not establishedBeam sections are shown for the Type II and Type III beams, but no cross-sectional area is stated. The readings do not establish one unambiguous calculated area for the distinct tapered beam profiles. | not found | |
| Instance CountNwants count | 36 countSPAN I: 12 beams. SPAN 2: 12 beams. SPAN 3: 12 beams. 12 + 12 + 12 = 36 beams.Each of the three span deck plans explicitly identifies Beam 1 through Beam 12. The total covers the beam instances across Spans I, 2, and 3. | derived | p4 · p04_r01 deck planp5 · p05_r01 deck planp6 · p06_r01 deck plan |
| Concrete Gradefck | not establishedThe general notes state 4,000 PSI Class D for superstructure concrete, but do not state that this is the concrete grade of the precast PSC beams. No beam-specific concrete grade is established. | 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 it145
- HL-93Design vehicle live loadnot attributedp2 · p02_r01 title block
- 30 LBS PER SQ FTFuture paving allowancenot attributedp2 · p02_r01 title block
- 270,000 PSIPretensioning strands strengthnot attributedp2 · p02_r01 title block
- 55'-0"AASHTO Type II PSC beam span lengthp2 · p02_r02 typical fill detail at end of bridge ga
- 82'-0"AASHTO Type III PSC beam span lengthp2 · p02_r02 typical fill detail at end of bridge ga
- 55'-0"PSC beam spanp2 · p02_r02
- 2Quantityp2 · p02_r02
- 82'-0"PSC beam spanp2 · p02_r02
- 1Quantityp2 · p02_r02
- 81°-20'-05.0"beam skew anglep5 · p05_r01 deck plan
- 2'-0"Minimum lapnot attributedp5 · p05_r01
- 5'-0"dimension at circled symbolsnot attributedp6 · p06_r01 deck plan
- 2"offset to dashed linep7 · p07_r04 1 cl typ
- 2'-4"vertical dimensionp7 · p07_r04 1 cl typ
- 8-404equal spacing dimensionp7 · p07_r06 8 typ
- 4 3/8" inBeam-end offsetp7 · p07_r01
- 3" inBeam-end spacingp7 · p07_r01
- 3'-0 1/2" ft-inBeam spacingp7 · p07_r01
- 7'-6" ft-inBeam spacingp7 · p07_r01
- 2" inDimension, partial lower-right viewnot attributedp7 · p07_r01
- 2"vertical dimensionnot attributedp7 · p07_r04
- 2'-4"vertical dimensionp7 · p07_r04
- 8″vertical dimensionp8 · p08_r03 section at endwall
- 3/4″ = 1′-0″scalenot attributedp8 · p08_r03 section at endwall
- 8”vertical dimensionp8 · p08_r03
- 8¾″D, interior beamsp9 · p09_r02 section thru slab
- 9¼″D, exterior beamsp9 · p09_r02 section thru slab
- 3″spacingp9 · p09_r02 section thru slab
- 4⅜″exterior offsetp9 · p09_r02 section thru slab
- 7′-6″beam 1 to beam 2 spacingp9 · p09_r02 section thru slab
- 7′-6″beam 2 to beam 3 spacingp9 · p09_r02 section thru slab
- 7′-6″beam 3 to beam 4 spacingp9 · p09_r02 section thru slab
- 7′-6″beam 4 to beam 5 spacingp9 · p09_r02 section thru slab
- 7′-6″beam 5 to beam 6 spacingp9 · p09_r02 section thru slab
- 3′-0½″exterior beam spacingp9 · p09_r02 section thru slab
- 2”top offsetp9 · p09_r04 1 cl typ
- 3'-0”vertical dimensionp9 · p09_r04 1 cl typ
- 8¾""D" at interior beamsp9 · p09_r02
- 9¼""D" at exterior beamsp9 · p09_r02
- 3'-0½"end beam spacingp9 · p09_r02
- 7'-6"beam spacingp9 · p09_r02
- 3"typical dimensionp9 · p09_r02
- 4⅜"typical dimensionp9 · p09_r02
- 55'-0"SPAN LENGTHp10 · p10_r01 notes
- 53'-7⅝"BEAM LENGTHp10 · p10_r01 notes
- 26'-9¹³⁄₁₆"Midpoint to indicated locationp10 · p10_r01 notes
- 9³⁄₁₆"Indicated spacingp10 · p10_r01 notes
- 3 SPACES AT 24"Spacingp10 · p10_r01 notes
- 6"Spacingp10 · p10_r01 notes
- 18 SPACES AT 12"Spacingp10 · p10_r01 notes
- 4"Spacingp10 · p10_r01 notes
- 3 SPACES AT 4"Spacingp10 · p10_r01 notes
- 2"Spacingp10 · p10_r01 notes
- 1'-9"Vertical dimensionp10 · p10_r01 notes
- 10³⁄₁₆"Left bearing offsetp10 · p10_r01 notes
- 8"Left bearing offsetp10 · p10_r01 notes
- 1'-6³⁄₁₆"Left end dimensionp10 · p10_r01 notes
- 52'-3⅝"Bearing to bearingp10 · p10_r01 notes
- 8"Right bearing offsetp10 · p10_r01 notes
- 6³⁄₁₆"Right bearing offsetp10 · p10_r01 notes
- 1'-2³⁄₁₆"Right end dimensionp10 · p10_r01 notes
- 5"Partial section dimensionp10 · p10_r01 notes
- 2½"Partial section dimensionp10 · p10_r01 notes
- 6"Partial section dimensionp10 · p10_r01 notes
- 2 SPACES AT 2"Partial section spacingp10 · p10_r01 notes
- 3"Partial section dimensionp10 · p10_r01 notes
- 2"Partial section dimensionp10 · p10_r01 notes
- ½"Camber tolerancep10 · p10_r01 notes
- 1⁄₁₆"Camber tolerancep10 · p10_r01 notes
- 1'-0”top widthp10 · p10_r02 section at end
- 5”top dimensionp10 · p10_r02 section at end
- 2½”top flange depthp10 · p10_r02 section at end
- 6”web dimensionp10 · p10_r02 section at end
- 3”web dimensionp10 · p10_r02 section at end
- 6”web dimensionp10 · p10_r02 section at end
- 6”vertical dimensionp10 · p10_r02 section at end
- 3”vertical dimensionp10 · p10_r02 section at end
- 1'-3”vertical dimensionp10 · p10_r02 section at end
- 6”vertical dimensionp10 · p10_r02 section at end
- 3'-0”overall depthp10 · p10_r02 section at end
- 6”vertical dimensionp10 · p10_r02 section at end
- 3”bottom depthp10 · p10_r02 section at end
- 2”side offsetp10 · p10_r02 section at end
- 2”side offsetp10 · p10_r02 section at end
- 1'-6”bottom widthp10 · p10_r02 section at end
- 2”top dimensionp10 · p10_r02 section at end
- 1⅛” CL.clear dimensionp10 · p10_r02 section at end
- 1'-3”end-section depthp10 · p10_r02 section at end
- 2” CL.clear dimensionp10 · p10_r02 section at end
- 1”dimensionp10 · p10_r02 section at end
- 1”minimum clearancep10 · p10_r02 section at end
- 4'-6"Pick-up location from beam endsp10 · p10_r03 notes
- 1/2"Beam edge chamferp10 · p10_r03 notes
- 3/4"Beam edge chamferp10 · p10_r03 notes
- 1/8"Epoxy mortar thicknessp10 · p10_r06 notes
- 1/4”Roughened surface amplitudep10 · p10_r09 notes
- 55'-0"Span lengthp10 · p10_r01
- 53'-7⅝"Beam lengthp10 · p10_r01
- 26'-9¹³⁄₁₆"Midpoint dimensionp10 · p10_r01
- 9¹³⁄₁₆"Dimension at midpointp10 · p10_r01
- 2"End dimensionp10 · p10_r01
- ½"ΔNCp10 · p10_r01
- ¹⁄₁₆"ΔCp10 · p10_r01
- 1'-6³⁄₁₆"Left end dimensionp10 · p10_r01
- 1'-2³⁄₁₆"Right end dimensionp10 · p10_r01
- 80'-11⅝"beam lengthp11 · p11_r01 notes
- 40'-5¹³⁄₁₆"midpoint to beam endp11 · p11_r01 notes
- 11¹³⁄₁₆"midpoint offsetp11 · p11_r01 notes
- 1¼"ANCp11 · p11_r01 notes
- ⅛"ΔCp11 · p11_r01 notes
- 1'-4"top width at midpointp11 · p11_r02 section at end
- 550top dimension at midpointp11 · p11_r02 section at end
- 7"horizontal dimension at midpointp11 · p11_r02 section at end
- 2 1/2"top flange thickness at midpointp11 · p11_r02 section at end
- 7"web horizontal dimension at midpointp11 · p11_r02 section at end
- 4 1/2"web horizontal dimension at midpointp11 · p11_r02 section at end
- 1 5/8"clearance at midpointp11 · p11_r02 section at end
- 7 1/2"web horizontal dimension at midpointp11 · p11_r02 section at end
- 7"upper vertical segment at midpointp11 · p11_r02 section at end
- 4 1/2"upper taper vertical segment at midpointp11 · p11_r02 section at end
- 1'-7"web vertical segment at midpointp11 · p11_r02 section at end
- 7 1/2"lower taper vertical segment at midpointp11 · p11_r02 section at end
- 7"bottom vertical segment at midpointp11 · p11_r02 section at end
- 3'-9"overall depth at midpointp11 · p11_r02 section at end
- 3"bottom flange thickness at midpointp11 · p11_r02 section at end
- 1'-10"bottom width at midpointp11 · p11_r02 section at end
- 2"top horizontal dimension at endp11 · p11_r02 section at end
- 650top dimension at endp11 · p11_r02 section at end
- 1 1/2"clearance at endp11 · p11_r02 section at end
- 2'-7"overall depth at endp11 · p11_r02 section at end
- 2"bottom clearance at endp11 · p11_r02 section at end
- 1"minimum clearancep11 · p11_r02 section at end
- 5'-6"Pick-up location from beam endsp11 · p11_r03 notes
- 1/8"epoxy mortar thicknessp11 · p11_r06 notes
- 1/4″Roughened surface amplitudep11 · p11_r08 notes
- 80'-11 5/8"beam lengthp11 · p11_r01
- 40'-5 3/16"midpoint dimensionp11 · p11_r01
- 11 13/16"dimensionp11 · p11_r01
- 2'-3"beam depthp11 · p11_r01
- 8'-4 5/8"vertical dimensionp11 · p11_r01
- 2 5/8"dimensionp11 · p11_r01
- 1"minimum clearancep11 · p11_r02
- 5'-6"distance from beam ends for picking upp11 · p11_r03
- 7'-7 1/16"Beam centerline spacingp13 · p13_r01
- 7'-7"Beam spacingp13 · p13_r01
Notes on the sheets that carry it
- p2VIBRATION MONITORING - THE PROJECT ENGINEER SHOULD CONTACT THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT GEOTECHNICAL_SUBMITTALS@DOT.GA.GOV TWO WEEKS PRIOR TO DRIVING PILES. SEE SPECIAL PROVISION 154 - CONSTRUCTION VIBRATION MONITORING.
- p2STEEL H-PILES - USE STEEL FOR H-PILES THAT MEETS THE REQUIREMENTS OF ASTM A 709 GR 50.
- p2PILE LENGTHS - ERRATIC PILE LENGTHS CAN BE EXPECTED.
- p2PILE DRIVING - SHOULD PILES FAIL TO OBTAIN DRIVING RESISTANCE AFTER ACHIEVING THE PILE TIP ELEVATIONS SHOWN, ALLOW PILES TO FREEZE A MINIMUM OF 24 HOURS AND RESTRIKE WITH A WARM HAMMER.
- p2SMOOTH DOWEL BARS - PLACE SMOOTH DOWEL BARS IN FORMED 3” DIAMETER X 12” DEEP HOLES AND GROUT IN PLACE SIMILAR TO ANCHOR BOLTS, SEE SUB-SECTION 501.3.05.B.3 OF THE GEORGIA DOT SPECIFICATIONS. STIRRUPS MAY BE SHIFTED SLIGHTLY TO CLEAR FORMED HOLES.
- p2ABUTMENT SOIL REINFORCING DEVICE INSERTS - INCLUDE THE COST OF FURNISHING AND INSTALLING INSERTS FOR SOIL REINFORCING DEVICES AT ABUTMENT IN THE OVERALL BID SUBMITTED.
- p2FILL SETTLEMENT - PROTECT PILES DRIVEN AT BENTS 1 AND 4 FROM NEGATIVE SKIN FRICTION WHEN IN CONJUNCTION WITH MECHANICALLY STABILIZED EARTH WALLS, SEE SECTION 551 OF THE GEORGIA DOT SPECIFICATIONS. DRIVE PILES AT END BENTS BEFORE WALL LEVELING PADS ARE CONSTRUCTED.
- p2STEEL DIAPHRAGMS - AT CONTRACTOR’S OPTION, STEEL DIAPHRAGMS MAY BE USED IN LIEU OF THE CONCRETE DIAPHRAGMS SHOWN IN THE PLANS. AT A MINIMUM, STEEL DIAPHRAGMS ARE TO BE DESIGNED AT STRENGTH LIMIT STATE III WITH A THREE SECOND GUST WIND SPEED OF 140MPH APPLIED TO ONE HALF OF THE VERTICAL SURFACE AREA OF THE EXPOSED BEAM USING EXPOSURE CATEGORY D. CROSS FRAME CONFIGURATIONS SHALL HAVE A HORIZONTAL ANGLE OR CHANNEL AT EITHER THE TOP OR BOTTOM POSITION. STEEL DIAPHRAGMS SHALL BE MANUFACTURED BY A FABRICATOR LISTED ON QPL 6 PER SECTION 501 OR GREATER. ALL COMPONENTS OF THE STEEL DIAPHRAGM SHALL BE GALVANIZED ACCORDING TO ASTM A 123. CONNECTION BOLTS SHALL CONFORM TO ASTM F3125 (GRADE A325), NUTS SHALL CONFORM TO ASTM A563. WASHERS SHALL CONFORM TO ASTM F436. ALL HARDWARE SHALL BE GALVANIZED ACCORDING TO ASTM A153. STABILITY OF THE BEAMS AND STRUCTURE DURING ALL PHASES OF CONSTRUCTION ARE THE SOLE RESPONSIBILITY OF THE CONTRACTOR. SUBMIT SHOP DRAWINGS AND CALCULATIONS FOR THE STEEL DIAPHRAGMS TO THE ENGINEER FOR REVIEW AND ACCEPTANCE. THE USE OF STEEL DIAPHRAGMS SHALL BE INCLUDED IN THE PRICE BID FOR “LUMP-SUPESTR CONCRETE.”
- p2STANDARD PLAN MODIFICATION - MODIFY THE APPROACH SLAB STANDARD TO INCREASE THE 3/4” EXPANSION JOINT SHOWN BETWEEN THE APPROACH SLAB AND THE BACK FACE PAVING REST AND END POST TO 1 3/8” AT BENT 1 AND 4. KEEP THE EXPANSION JOINT AT END BENT CONTINUOUS AROUND END POST. INCLUDE COST OF JOINT IN APPROACH SLAB PAYMENT. SEE ROADWAY PLANS FOR APPROACH SLAB PAYMENT.
- p2GROOVED CONCRETE - GROOVE THE ENTIRE LENGTH OF THE BRIDGE TRANSVERSELY AS PER SUB-SECTION 500.3.05.T.9.C. OF THE GEORGIA DOT SPECIFICATIONS. PROVIDE GROOVING AFTER PLACING TRAFFIC ON DECK.
- p2CHAIN LINK FENCE - CHAIN LINK FENCE SHALL BE PAID FOR AS “LF CH LK FENCE, ZC COAT, 6FT, 9 GA.”
- p2WELDING - ALL WELDING ON GEORGIA DOT PROJECTS SHALL BE PERFORMED BY GDOT CERTIFIED WELDERS THAT HAVE IN THEIR POSSESSION A CURRENT WELDING CERTIFICATION CARD ISSUED BY THE OFFICE OF MATERIALS AND TESTING. USE ONLY E70XX (EXCLUDING E7014 AND E7024) LOW HYDROGEN ELECTRODES FOR MANUAL SHIELDED METAL ARC WELDING.
- p2SPECIAL PROTECTIVE COATING - CLEAN AND PAINT PILES AND SWAYBRACING WITH SPECIAL PROTECTIVE COATING NO. 2P IN ACCORDANCE WITH SECTIONS 520 AND 535 OF THE GEORGIA DOT SPECIFICATIONS. EXTEND COATING FROM TOP OF PILE TO 2FT BELOW GROUND FOR END BENT PILING. EXTEND COATING FROM BOTTOM OF CAP OR PEDESTAL FOOTING TO 5FT BELOW GROUND FOR INTERMEDIATE BENT PILING, REGARDLESS OF ENCASEMENT.
- p2SHOP DRAWING SUBMISSION - SUBMIT SHOP DRAWINGS WITH DEPENDENT INFORMATION AS A SET. SHOP DRAWINGS FOR BEAMS, METAL DECK FORMS AND STEEL DIAPHRAGMS WILL NOT BE REVIEWED UNTIL ALL HAVE BEEN RECEIVED.
- p2INCIDENTAL ITEMS - INCLUDE THE COST INCIDENTAL TO THE WORK THAT IS NOT SPECIFICALLY COVERED BY THE GEORGIA STANDARD SPECIFICATIONS, SUPPLEMENTAL SPECIFICATIONS AND/OR SPECIAL PROVISIONS IN THE OVERALL BID SUBMITTED. THIS INCLUDES THE COST OF WATERPROOFING, JOINT FILLERS AND OTHER INCIDENTAL ITEMS NECESSARY TO COMPLETE THE WORK.
- p22 - 55'-0" AASHTO TYPE II PSC BEAM SPANS ---------------- SPECIAL DESIGN
- p21 - 82'-0" AASHTO TYPE III PSC BEAM SPAN ---------------- SPECIAL DESIGN
- p22 - STEEL H PILE END BENTS WITH MSE WALL ABUTMENTS -------- SPECIAL DESIGN
- p22 - CONCRETE INTERMEDIATE BENTS ---------------- SPECIAL DESIGN
- p24 - END POST AND GUARDRAIL ATTACHMENT DETAIL -------- GA. STD. 3054 (9-30-02)
- p2(L = 4'-3"; W = 1'-1"; H = 3'-6")
- p2(L = 4'-6"; W = 1'-1"; H = 3'-6")
- p2BAR BENDING DETAILS ------------------------- GA. STD. 3901 (8-69)
- p2CHAIN LINK WIRE FENCE ------------------- GA. STD. 9031N (8-13-85)
- p2TYPICAL FILL DETAIL AT END OF BRIDGE ---------------- GA. STD. 9037 (9-99)
- p2SMOOTH DOWEL BARS - PLACE SMOOTH DOWEL BARS IN FORMED 3” DIAMETER X 12” DEEP HOLES AND GROUT IN PLACE SIMILAR TO ANCHOR BOLTS, SEE SUB-SECTION 501.3.05.B.3 OF THE GEORGIA DOT SPECIFICATIONS. STIRRUPS MAY BE SHIFTED SLIGHTLY FOR FORMED HOLES.
- p2FILL SETTLEMENT - PROTECT PILES DRIVEN AT BENTS 1 AND 4 FROM NEGATIVE SKIN FRICTION WHEN USED IN CONJUNCTION WITH MECHANICALLY STABILIZED EARTH WALLS, SEE SECTION 551 OF THE GEORGIA DOT SPECIFICATIONS. DRIVE PILES AT END BENTS BEFORE WALL LEVELING PADS ARE CONSTRUCTED.
- p2STEEL DIAPHRAGMS - AT CONTRACTOR’S OPTION, STEEL DIAPHRAGMS MAY BE USED IN LIEU OF THE CONCRETE DIAPHRAGMS SHOWN IN THE PLANS. AT A MINIMUM, STEEL DIAPHRAGMS ARE TO BE DESIGNED AT STRENGTH LIMIT STATE I WITH A THREE SECOND GUST WIND SPEED OF 140MPH APPLIED TO ONE HALF OF THE VERTICAL SURFACE AREA OF THE EXPOSED BEAM USING EXPOSURE CATEGORY D. CROSS FRAME CONFIGURATIONS SHALL HAVE A HORIZONTAL ANGLE OR CHANNEL AT EITHER THE TOP OR BOTTOM POSITION. STEEL DIAPHRAGMS SHALL BE MANUFACTURED BY A FABRICATOR LISTED ON QPL 60 PER SECTION 50 OR GREATER STEEL. ALL COMPONENTS OF THE STEEL DIAPHRAGM SHALL BE GALVANIZED ACCORDING TO ASTM A 123. CONNECTION BOLTS SHALL CONFORM TO ASTM F3125 GRADE A325. NUTS SHALL CONFORM TO ASTM A563. WASHERS SHALL CONFORM TO ASTM F436. ALL HARDWARE SHALL BE GALVANIZED ACCORDING TO ASTM A153. STABILITY OF THE BEAMS AND STRUCTURE DURING ALL PHASES OF CONSTRUCTION ARE THE SOLE RESPONSIBILITY OF THE CONTRACTOR. SUBMIT SHOP DRAWINGS AND CALCULATIONS FOR THE STEEL DIAPHRAGMS TO THE ENGINEER FOR REVIEW AND ACCEPTANCE. THE USE OF STEEL DIAPHRAGMS SHALL BE INCLUDED IN THE PRICE BID FOR “LUMP-SUPERSTR CONCRETE.”
- p2GROOVED CONCRETE - GROOVE THE ENTIRE LENGTH OF THE BRIDGE TRANSVERSELY AS PER SUB-SECTION 500.3.05.I.9.C. OF THE GEORGIA DOT SPECIFICATIONS. PROVIDE GROOVING BEFORE PLACING TRAFFIC ON DECK.
- p2WELDING - ALL WELDING ON GEORGIA DOT PROJECTS SHALL BE PERFORMED BY GDOT CERTIFIED WELDERS THAT HAVE IN THEIR POSSESSION CURRENT WELDING CERTIFICATION CARD ISSUED BY THE OFFICE OF MATERIALS AND TESTING. USE ONLY E701X (EXCLUDING E7014 AND E7024) LOW HYDROGEN ELECTRODES FOR MANUAL SHIELDED METAL ARC WELDING.
- p2SPECIAL PROTECTIVE COATING - CLEAN AND PAINT PILES AND SWAYBRACING WITH SPECIAL PROTECTIVE COATING NO. 2P IN ACCORDANCE WITH SECTIONS 520 AND 535 OF THE GEORGIA DOT SPECIFICATIONS. EXTEND COATING FROM TOP OF PILE TO 20 FT BELOW GROUND FOR END BENT PILING. EXTEND COATING FROM BOTTOM OF CAP OR PEDESTAL FOOTING TO 5FT BELOW GROUND FOR INTERMEDIATE BENT PILING, REGARDLESS OF PILE ENCASEMENT.
- p43'-0" ENDWALL OUTSIDE EXTERIOR BEAM, TYP.
- p48" FILLET, TYP.
- p481°-20'-05.0", TYP.
- p410" CONCRETE DIAPHRAGM, TYP.
- p41'-0" EDGEBEAM, TYP.
- p412" PAVING REST
- p41'-6" ENDWALL
- p4FENCE POST SPACING
- p4CONSTRUCTION ℄ SR 21
Every crop it was read in — the drawing beside what the model took off it
Page 2
p02_r01 title blockNotes
- PSC beams, AASHTO Type IIprecast concreteListed in summary of quantities.
- PSC beams, AASHTO Type IIIprecast concreteListed in summary of quantities.
2 Seismic performance zone0.142 AS-0.1420.155 SD1=0.155HL-93 Design vehicle live load30 LBS PER SQ FT Future paving allowance4,000 PSI Superstructure concrete strength4,000 PSI Barrier concrete strength3,500 PSI Substructure concrete strength+36 more
p02_r02 typical fill detail at end of bridge gaNotes
- AASHTO Type II PSC beam spans×2PSC beamprecast prestressed concreteListed as special design.
- AASHTO Type III PSC beam span×1PSC beamprecast prestressed concreteListed as special design.
55'-0" AASHTO Type II PSC beam span length82'-0" AASHTO Type III PSC beam span length4'-3" End post and guardrail attachment detail length1'-1" End post and guardrail attachment detail width3'-6" End post and guardrail attachment detail height4'-6" End post and guardrail attachment detail length1'-1" End post and guardrail attachment detail width3'-6" End post and guardrail attachment detail height
p02_r01Notes
- PSC beams, AASHTO Type IIprestressed concrete beamPSCBridge No. 1.
- PSC beams, AASHTO Type IIIprestressed concrete beamPSCBridge No. 1.
50 Steel H-piles grade3” Smooth dowel bar hole diameter12” Smooth dowel bar hole depth24 HOURS Minimum pile freeze duration30 LBS PER SQ FT Future paving allowance4,000 PSI Superstructure concrete strength4,000 PSI Barrier concrete strengthSEE BEAM SHEETS PSC beam allowable tension+38 more
p02_r02Notes
- AASHTO Type II PSC beam span×2PSC55'-0" spans; special design.
- AASHTO Type III PSC beam span×1PSC82'-0" span; special design.
55'-0" PSC beam span2 Quantity82'-0" PSC beam span1 Quantity2 Quantity2 Quantity4 Quantity4'-3" L+5 more
Page 4
p04_r01 deck planPlan
- Beams℄ BEAM 1 through ℄ BEAM 12×12long rectangular members in planBeam centerlines numbered 1 through 12 are visible.
55'-0" overall deck width18'-4" deck width division18'-4" deck width division18'-4" deck width division1'-0" offset9'-6" fence post spacing9'-6" fence post spacing9'-6" fence post spacing+64 more
p04_r01Plan
- beam℄ BEAM 1 through ℄ BEAM 12×12Six beam centerlines are shown in each deck footprint.
55'-0" overall deck width, upper deck18'-4" deck-width division, upper deck18'-4" deck-width division, upper deck18'-4" deck-width division, upper deck1'-0" upper deck edge offset9'-6" upper fence-post spacing9'-6" upper fence-post spacing9'-6" upper fence-post spacing+61 more
Page 5
p05_r01 deck planPlan
- beam℄ BEAM 1 through ℄ BEAM 12×12longitudinal straight membersSix beams are shown in each deck-plan area.
82'-0" overall deck width16'-4½" deck-width segment16'-6" deck-width end segment9'-6" fence post spacing9'-10½" fence post spacing3'-0" end fence-post offset2'-0" end fence-post offset1'-0" edge beam width+11 more
p05_r01Plan
- Beam℄ BEAM 1-12×12parallel rectangular plan linesBeams 1 through 6 are shown in the upper deck area and Beams 7 through 12 in the lower deck area.
82'-0" Overall deck width16'-4½" Deck width segment16'-6" Deck width end segment9'-6" Fence post spacing9'-10½" Fence post spacing3'-0" End offset2'-0" End offset1'-0" Edgebeam width+10 more
Page 6
p06_r01 deck planPlan
- beamBEAM 1 through BEAM 12×12linearBeams 1-6 are in the upper portion and Beams 7-12 are in the lower portion.
55'-0" overall deck width18'-4" deck width segment6'-6" fence post spacing9'-6" fence post spacing1'-0" end spacing3'-0" endwall outside exterior beam1'-6" endwall12" paving rest+23 more
p06_r01Plan
- Beam℄ BEAM 1 through ℄ BEAM 12×12rectangular plan linesBeams 1-6 are shown on the westbound side of Bent 4 and Beams 7-12 on the eastbound side.
55'-0" Overall deck width18'-4" Deck-width segment18'-4" Deck-width segment18'-4" Deck-width segment6'-6" Fence post spacing9'-6" Fence post spacing9'-6" Fence post spacing9'-6" Fence post spacing+63 more
Page 7
p07_r01 section thru slabCross Section
- beams℄ BEAM 1–℄ BEAM 6×6I-girderFour interior and two exterior beams are visible.
8¾″ Dimension “D”9⅝″ Dimension “D”7¾″ Constant slab thickness8″ Slab thickness in overhangs43′-7″ Out to out40′-0″ Gutter to gutter34′-0″6′-0″+20 more
p07_r04 1 cl typCross Section
- beam×1rectangularOnly a portion of the beam cross section is shown.
10" concrete diaphragm width2" offset to dashed line2'-4" vertical dimension1 1/2" clearance, typical1" plain bar diameter
p07_r05 section thru slabSection
- girders×5bulb-T / I-girder-likeFive girder cross sections are visible beneath the slab.
2% % slab slope5" end spacing7-403A reinforcement quantity and mark5" end spacing1" bar diameter2-507A reinforcement quantity and mark4-402A reinforcement quantity and mark2-507A reinforcement quantity and mark
p07_r06 8 typCross Section
- I-girder×6I-girderSix parallel girders are visible in the section.
8” deck thickness, typical2” end spacing8-404 equal spacing dimension2” end spacing2% deck cross slope
p07_r01Section
- beamCL BEAM 1–CL BEAM 6×6I-girderSix beams are shown in cross section.
8 3/4" in Dimension D, interior beams9 5/8" in Dimension D, exterior beams7 3/4" in Constant slab thickness between beams8" in Slab thickness in overhangs43'-7" ft-in Overall width, out to out40'-0" ft-in Gutter to gutter width34'-0" ft-in Width6'-0" ft-in Width+17 more
p07_r03Cross Section
- I-girder×2I-girderTwo girder cross sections are visible below the slab.
58-600 reinforcement callout2 number between each pair400 bar designation
p07_r04Detail
- beam×1rectangularPartial beam section is shown.
10" concrete diaphragm thickness2" vertical dimension2'-4" vertical dimension1½" clearance, typical
p07_r05Cross Section
- beam×5I-shapedFive longitudinal members are visible below the slab.
5" spacing/edge dimension2% cross slope1" bar diameter
p07_r06Cross Section
- I-girder×6I-shapedSix girder sections are visible below the deck.
8" deck/edge thickness8'-4" spacing2" offset2" offset2% slope
Page 8
p08_r01 for further details see georgia dot specDetail
- prestressed concrete beamsI-girderMultiple beam sections are visible beneath deck; bars 401, 504 series, 505, and 506 series are noted as not shown.
1/2" horizontal offset1'-8" horizontal dimension34'-0" horizontal dimension6'-8" horizontal dimension1'-1" horizontal offset3'-6" vertical dimension2% deck slope1" gap, minimum+42 more
p08_r03 section at endwallSection
- beam ends×3rectangularOnly portions of beam ends are visible in this crop.
12″ horizontal dimension1′-6″ horizontal dimension8″ horizontal dimension1/4″ radius18″ ± reinforcement spacing9″ alternate reinforcement spacing3 1/2″ minimum clear cover18″ reinforcement spacing+14 more
p08_r01Detail
- prestressed concrete beamsI-girderMultiple beams are shown beneath the deck; individual count is not clear.
1 1/2” horizontal dimension1’-8” horizontal dimension34’-0” horizontal dimension6’-8” horizontal dimension1’-1” horizontal dimension3’-6” endwall height2% deck slope1” gap minimum+41 more
p08_r03Section
- beam×1rectangularPartial beam end is shown at right.
12” horizontal dimension1’-6” horizontal dimension8” horizontal dimension1/4” radius3½” minimum clear cover10” vertical dimension9” vertical dimension12” vertical dimension+10 more
Page 9
p09_r01 deflection and vertical curveNotes
- beamsInterior and exterior beams referenced at centerline bearing.
7¾″ Slab thickness between beams8″ Slab thickness in overhangs8¾″ “D” interior beams9¼″ “D” exterior beams
p09_r02 section thru slabSection
- bridge beams℄ BEAM 1–6×6I-girderSix beam centerlines are identified in the slab section.
7¾″ slab thickness between beams8″ slab thickness in overhangs8¾″ D, interior beams9¼″ D, exterior beams43′-7″ out to out width22′-0″ width40′-0″ gutter to gutter width34′-0″ width+26 more
p09_r04 1 cl typDetail
- beam×1rectangularOnly a cropped portion of the beam is shown, with break symbols at both sides.
10” concrete diaphragm width2” top offset3'-0” vertical dimension1½” clearance1” plain bar diameter
p09_r06 face of beam typCross Section
- I-girder×5I-girderFive girder cross sections are visible below the deck.
2" end distance8-404 reinforcement callout at equal spaces2" end distance2% deck cross slope
p09_r08 face of beCross Section
- girder×2I-girderTwo girder cross sections are visible below the deck; both are partially cropped at the top.
p09_r01Notes
- beamsInterior and exterior beams referenced; top of beams at centerline bearing referenced.
7¾″ slab thickness between beams8″ slab thickness in overhangs8¾″ “D” interior beams9¼″ “D” exterior beams
p09_r02Section
- beamBEAM 1 through BEAM 6×6I-shapedSix beams are shown in the section.
43'-7" overall width, OUT TO OUT40'-0" width, GUTTER TO GUTTER34'-0" width from PGL to left edge6'-0" width from PGL to right edge22'-0" width from PGL to right out-to-out edge1½" edge offset1'-8" barrier offset3'-0" minimum dimension, typical+22 more
p09_r04Detail
- beam×1rectangularOnly a portion is visible.
10" CONC. DIAPH.2" vertical dimension3'-0" vertical dimension1 1/2" clear cover, typical1" DIA. PLAIN BAR
p09_r06Cross Section
- I-girder×6I-girderSix girder cross sections are visible beneath the deck.
2" end spacing8-404 reinforcement quantity and mark2" end spacing2% deck slope2-800 reinforcement quantity and mark
p09_r08Detail
- beam×2I-girderOnly portions of two girders are visible.
72 HOURS time after deck pour28 DAY concrete strength age
Page 10
p10_r01 notesElevation
- beam×1rectangular side elevation with tapered end profile partly visible at rightMain beam elevation; right-hand cross-section is only partially shown.
55'-0" SPAN LENGTH53'-7⅝" BEAM LENGTH26'-9¹³⁄₁₆" Midpoint to indicated location9³⁄₁₆" Indicated spacing3 SPACES AT 24" Spacing6" Spacing18 SPACES AT 12" Spacing4" Spacing+22 more
p10_r02 section at endSection
- prestressed concrete beam×1I-shaped with rectangular top flange and flared bottom bulbprestressed concreteShown in section at midpoint and at end.
1'-0” top width5” top dimension2½” top flange depth6” web dimension3” web dimension6” web dimension6” vertical dimension3” vertical dimension+17 more
p10_r03 notesNotes
- beamTo be maintained upright; pick-ups required near ends.
4'-6" Pick-up location from beam ends4" Pick-up embedment from bottom of beam1/2" Beam edge chamfer3/4" Beam edge chamfer
p10_r04 diaDetail
- Beam×1rectangularOnly a fragment at the beam face is shown.
1” CL.3”2” DIAMETER HOLE4” AT5” DIA.1” FROM BEAM FACE
p10_r06 notesNotes
- beamBeam length includes epoxy mortar at each end.
1/8" Epoxy mortar thickness
p10_r09 notesNotes
- beamsTops and edge faces referenced in note.
1/4” Roughened surface amplitude
p10_r10 notesNotes
- beamsHoles formed into the beams to facilitate transport are referenced.
p10_r14 bevel detailsDetail
- beam×1rectangular with beveled end cornerShown with top and bottom flanges; dashed centerline marked ℄ BEAM.
p10_r01Elevation
- beam×1rectangularLongitudinal elevation of a beam; a partial adjacent section is visible at the right edge.
55'-0" Span length53'-7⅝" Beam length26'-9¹³⁄₁₆" Midpoint dimension9¹³⁄₁₆" Dimension at midpoint3 SPACES AT 24" Spacing6" Spacing18 SPACES AT 12" Spacing4" Spacing+26 more
p10_r02Cross Section
- beam section×2tapered stem with widened top and bottom blocksShown as SECTION AT MIDPOINT and SECTION AT END.
1'-0" ft-in top width5" in top offset2 1/2" in upper block depth6" in stem width3" in offset6" in horizontal offset6" in vertical segment3" in vertical segment+15 more
p10_r04Detail
- beam×1rectangularEnd face shown partially.
1″ centerline offset3″ horizontal dimension2″ diameter hole4″ reinforcement spacing5″ diameter1″ cutoff distance from beam face
p10_r14Detail
- Beam℄ BEAM×1rectangular with beveled top flange endShown in bevel detail.
Page 11
p11_r01 notesElevation
- beam×1rectangular elevation; partial stepped cross-section at rightLongitudinal beam elevation shown between Bent 2 and Bent 3; right-hand cross-section is cropped.
82'-0" span length80'-11⅝" beam length40'-5¹³⁄₁₆" midpoint to beam end11¹³⁄₁₆" midpoint offset9 SPACES AT 24" spacing19 SPACES AT 12" spacing4" spacing6 SPACES AT 4" spacing+32 more
p11_r02 section at endCross Section
- prestressed concrete beam×1I-girder with tapered web and widened top and bottom flangesprecast concreteShown in section at midpoint and at end; black dots indicate prestressed strands.
1'-4" top width at midpoint550 top dimension at midpoint7" horizontal dimension at midpoint2 1/2" top flange thickness at midpoint7" web horizontal dimension at midpoint4 1/2" web horizontal dimension at midpoint1 5/8" clearance at midpoint7 1/2" web horizontal dimension at midpoint+23 more
p11_r03 notesNotes
- BeamsTo be maintained upright and picked up near ends; pick-ups to be embedded near bottom of beam.
5'-6" Pick-up location from beam ends4" Pick-up embedment from bottom of beam
p11_r04 recess detail for diaphragm bar endsDetail
- Beam×1rectangularOnly a fragment of the beam end/face is shown.
1" Centerline dimension3" Dimension2" Hole diameter4-351 AT 4" EACH WAY Reinforcement callout5" Recess diameter1" Cutoff distance1" Diaphragm bar diameter5" Thread length on each end+2 more
p11_r06 notesNotes
- beamBeam length includes epoxy mortar at each end.
1/8" epoxy mortar thickness
p11_r08 notesNotes
- beamsTops to be rough floated and scrubbed transversely for bonding to slab; concrete fins or projections at beam edge to be removed.
1/4″ Roughened surface amplitude
p11_r09 notesNotes
- beamsconcreteHoles formed into beams are to be filled prior to beam acceptance.
p11_r12 bevel detailsDetail
- beam×1rectangular with beveled top flange endBeam end is shown relative to bent centerline.
p11_r01Elevation
- prestressed concrete beam×1rectangular side elevation; partial shaped cross section at rightprestressed concreteBeam is shown between ℄ BENT 2 and ℄ BENT 3.
82'-0" span length80'-11 5/8" beam length40'-5 3/16" midpoint dimension11 13/16" dimension9 SPACES AT 24" spacing19 SPACES AT 12" spacing4" spacing6 SPACES AT 4" spacing+20 more
p11_r02Cross Section
- prestressed beam×2tapered I-shaped sectionTwo cross sections are shown: one at midpoint and one at end.
1'-4" top width550 spacing7" horizontal dimension7" horizontal dimension2½" horizontal dimension7" vertical segment4½" vertical segment1'-7" vertical segment+18 more
p11_r03Notes
- beamsTo be maintained upright and picked up near ends; pick-ups embedded near bottom.
5'-6" distance from beam ends for picking up4" pick-up embedment location from bottom of beam
p11_r04Detail
- BeamrectangularOnly the beam-face fragment is shown.
1" Centerline offset3" Horizontal dimension2" Hole diameter4-#5I AT 4" EACH WAY Reinforcement5" Recess diameter1" Diaphragm bar diameter5" Thread length on each end1/4" Washer thickness+1 more
p11_r12Detail
- Beam×1partial rectangular beam end/profile with beveled top-flange edgeOnly a fragment is shown; centerline is identified as ℄ BEAM.
Page 12
p12_r01 in accordance with sub section 833 2 10Detail
- beam×3rectangularThree parallel beam ends are shown in the left-hand view; a beam is also shown in Section A.
1" dimension5/8" dimension1'-0" dowel embedment dimension1 1/2" diameter
p12_r01Detail
- beam×1profiled
1″ shim plate thickness5″ dowel projection dimension1′-0″ dowel embedment dimension1 1/2″ dowel diameter
Page 13
p13_r01Plan
- BeamsC BEAM 1 through C BEAM 12×12rectangularC BEAM 7 through C BEAM 12 are shown in the BENT I RIGHT plan; C BEAM 1 through C BEAM 6 are shown in the BENT I LEFT plan.
81°-20'-05.0" Skew angle22'-0" Plan dimension1'-6" Dimension at C BRG.2'-9 3/8" Dimension at C BRG.5'-4 3/4" End dimension1'-0 1/8" End dimension3'-0 7/8" End beam spacing7'-7 1/16" Beam centerline spacing+9 more
Page 14
p14_r01 planPlan
- beam℄ BEAM 1–6×6Shown by beam centerlines only in the BENT 2 LEFT plan.
- beam℄ BEAM 7–12×6Shown by beam centerlines only in the BENT 2 RIGHT plan.
81°-20'-05.0" roadway/alignment angle81°-20'-05.0" roadway/alignment angle81°-20'-05.0" roadway/alignment angle81°-20'-05.0" roadway/alignment angle42'-6" bent cap length42'-6" bent cap length22'-0" dimension along SR 2122'-0" dimension along SR 21+33 more
Page 15
p15_r01 planPlan
- Beam℄ BEAM 1 through ℄ BEAM 6×6Beam centerlines shown at BENT 3 LEFT.
- Beam℄ BEAM 7 through ℄ BEAM 12×6Beam centerlines shown at BENT 3 RIGHT.
81°-20'-05.0" Skew angle81°-20'-05.0" Skew angle22'-0" Dimension22'-0" Dimension42'-6" Bent length42'-6" Bent length7'-7 1/16" Beam centerline spacing7'-7 1/16" Beam centerline spacing+23 more
Page 18
p18_r01Plan
- BeamBEAM 1–BEAM 12×12rectangularBeam locations are shown at BENT 1 and BENT 4.