Matched toSteel H Pilebridge.foundation_system.deep_foundation.pile.steel_hon “Steel H-piles”
| The class asks for | Value | How | From |
|---|---|---|---|
| LengthLwants m/mm | not establishedThe drawings state minimum tip elevations and explicitly note that erratic pile lengths can be expected, but no pile cut-off/top elevation paired with each tip elevation, nor any pile length schedule, is provided. Therefore an installed pile length cannot be established. | not found | |
| Cross-sectional AreaAwants m2/mm2 | not establishedThe pile designation is stated as HP 12 X 53, but the drawings provide no sectional-area value or H-pile section-property table from which area can be read or derived. | not found | |
| Instance CountNwants count | 72 countBent 1 Left: 6 piles + Bent 1 Right: 6 piles + Bent 2 Left: 12 piles + Bent 2 Right: 12 piles + Bent 3 Left: 12 piles + Bent 3 Right: 12 piles + Bent 4 Left: 6 piles + Bent 4 Right: 6 piles = 72 piles.The bent detail/schedule readings unambiguously establish six piles at each end-bent side and twelve piles at each intermediate-bent side. These are distinct pile layouts for Bents 1 through 4, left and right. | derived | p13 · bent_1_leftp13 · bent_1_rightp18 · p18_r05 bent 2 leftp18 · p18_r13 bent 2 rightp18 · p18_r02 plan of bent3 left footing pile gridsp18 · p18_r16 plan of bent 3 right beams and footings 3 4p18 · p18_r10 |
| Steel Gradefy | ASTM A 709 Gr 50; fᵧ = 50,000 PSI -The general note specifies steel H-piles meeting ASTM A 709 Gr 50, and the design-data block directly gives Steel H-piles Grade 50 and fᵧ = 50,000 PSI. | read | p2 · p02_r02 |
| MassMwants kg/t | not establishedHP 12 X 53 is specified, but the drawings do not state a pile mass in kg or t, nor do they establish pile lengths required to derive a total mass. | 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 it112
- 2MINIMUM REQUIRED HORIZONTAL CLEARANCEnot attributedp1 · p01_r11
- 25'-0"Minimum required horizontal clearancenot attributedp1 · p01_r12
- TWO WEEKSVibration monitoring notice periodp2 · p02_r02
- 24 HOURSMinimum pile freeze periodp2 · p02_r02
- 30 LBS PER SQ FTFuture paving allowancenot attributedp2 · p02_r02
- 50Steel H-piles gradep2 · p02_r02
- 50,000 PSISteel H-piles yield strength, fᵧp2 · p02_r02
- TWO WEEKSNotification timing prior to driving pilesp2 · p02_r24
- 50Steel H-pile material gradep2 · p02_r02 general notes continued
- 24 HOURSPile freeze durationp2 · p02_r02 general notes continued
- 2Seismic performance zonenot attributedp2 · p02_r02 general notes continued
- 0.142A_Snot attributedp2 · p02_r02 general notes continued
- 0.155S_Dnot attributedp2 · p02_r02 general notes continued
- 30 LBS PER SQ FTFuture paving allowancenot attributedp2 · p02_r02 general notes continued
- 50,000 PSISteel H-pile yield strength, f_yp2 · p02_r02 general notes continued
- 24 HOURSMinimum freeze periodp2 · p02_r03 long list of construction and material general notes
- 2FTProtective coating extension below groundp2 · p02_r03 long list of construction and material general notes
- 5FTProtective coating extension below groundp2 · p02_r03 long list of construction and material general notes
- 2021 EDITIONGeorgia Standard Specifications editionnot attributedp2 · p02_r11 left column list of specification and construction notes
- 2024Supplemental specifications yearnot attributedp2 · p02_r11 left column list of specification and construction notes
- TWO WEEKSNotification/submittal period before driving pilesp2 · p02_r11 left column list of specification and construction notes
- 2 FTCoating extension below ground for end bent pilingp2 · p02_r19 general notes continued
- 5 FTCoating extension below ground for intermediate bent pilingp2 · p02_r19 general notes continued
- TWO WEEKSAdvance notice before driving pilesp2 · p02_r03
- 24 HOURSMinimum pile freeze periodp2 · p02_r03
- 2FTCoating extent below ground for end bent pilingp2 · p02_r03
- 5FTCoating extent below ground for intermediate bent pilingp2 · p02_r03
- 2021Georgia Standard Specifications editionnot attributedp2 · p02_r11
- 2024Supplemental specifications yearnot attributedp2 · p02_r11
- 520.3.05.D.2Georgia DOT Specifications sub-sectionp2 · p02_r11
- 2FT FTCoating extension below ground for end bent pilingp2 · p02_r19
- 5FT FTCoating extension below ground for intermediate bent pilingp2 · p02_r19
- 2 3/4”Typical dimensionp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 22'-0”Dimension aheadnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 3”Dowel-hole diameterp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 12”Dowel-hole depthp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 1 1/2”Smooth dowel diameterp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 4-#10Reinforcementp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 2-#12Reinforcementnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 188.03Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 188.10Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 184.75Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 184.96Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 185.13Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 185.30Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 185.47Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 185.62Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. 189.00Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- EL. EL. 189.11Elevationnot attributedp13 · p13_r01 plan of end bent 1 cap and pile spacing right side
- 10″, TYP.spacingp13 · p13_r03 elevation bent 1 left looking back
- 326 KIPSDriving resistancep13 · p13_r10
- 1'-0" TYP.footing pile offsetp14 · bent_2_left
- 237 KIPSfactored axial loadp14 · bent_2_right
- 1'-0", TYP.dimensionp14 · p14_r03 elevation of bent columns and footing left
- 237 KIPSfactored axial loadp14 · p14_r04 elevation of bent columns and footing right
- 237 KIPSmaximum factored axial loadp14 · p14_r08 pile driving load and tip elevation notes
- HP 12 X 53pile section designationp14 · p14_r08 pile driving load and tip elevation notes
- 365 KIPSdriving resistancep14 · p14_r08 pile driving load and tip elevation notes
- ¼" = 1'-0"scalenot attributedp14 · p14_r08 pile driving load and tip elevation notes
- 5"minimum distance from top of H-pile to hole centerlinep14 · p14_r06
- 237 KIPSMaximum factored axial loadp14 · p14_r08
- 365 KIPSDriving resistancep14 · p14_r08
- 1'-0"Pile projection/embedding dimensionp15 · bent_3_left
- 15°Anglenot attributedp15 · bent_3_left
- 222 KIPSmaximum factored axial loadp15 · bent_3_right
- 222 KIPSFactored axial loadp15 · p15_r03 elevation of bent 3 right columns and footing
- HP 12 X 53Pile designationp15 · p15_r03 elevation of bent 3 right columns and footing
- 342 KIPSDriving resistancep15 · p15_r03 elevation of bent 3 right columns and footing
- 5” MIN.minimum vertical dimensionp15 · p15_r06 h pile to cap connection bar detail
- 222 KIPSmaximum factored axial loadp15 · p15_r08 pile driving resistance and tip elevation notes
- HP 12 X 53pile section designationp15 · p15_r08 pile driving resistance and tip elevation notes
- 342 KIPSdriving resistancep15 · p15_r08 pile driving resistance and tip elevation notes
- 115minimum tip elevation at Bent 3Lp15 · p15_r08 pile driving resistance and tip elevation notes
- 114minimum tip elevation at Bent 3Rp15 · p15_r08 pile driving resistance and tip elevation notes
- 1 INCHprinted scale statementnot attributedp15 · p15_r08 pile driving resistance and tip elevation notes
- 222 KIPSmaximum factored axial loadp15 · p15_r08
- 5'-3"horizontal pile spacingp16 · p16_r08 plan of pile footing layout for bent 3
- 5'-3"horizontal pile spacingp16 · p16_r08 plan of pile footing layout for bent 3
- 5'-3"vertical pile spacingp16 · p16_r08 plan of pile footing layout for bent 3
- 5'-3"vertical pile spacingp16 · p16_r08 plan of pile footing layout for bent 3
- 3/8" = 1'-0"scalenot attributedp16 · p16_r08 plan of pile footing layout for bent 3
- 1'-3"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 4'-6"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 4'-6"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 1'-3"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 1'-3"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 4'-6"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 4'-6"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 1'-3"pile layout spacingp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 3/8" = 1'-0"scalenot attributedp16 · p16_r10 plan view of pile footing for bent 2 with pile layout
- 10"pile offsetp17 · bent_4_left
- 10"pile offsetp17 · bent_4_left
- 7'-7 1/16"beam spacing in elevationp17 · bent_4_left
- 22'-0"Plan offset dimensionnot attributedp17 · bent_4_right
- 212 KIPSmaximum factored axial loadp17 · p17_r09
- 326 KIPSdriving resistancep17 · p17_r09
- EL. 188.39Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- EL. 188.45Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- EL. 189.36Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- EL. 189.44Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- EL. 182.96Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- EL. 183.96Elevationnot attributedp17 · p17_r07 elevation of bent 4 left cap piles and piers
- 6'-0" MIN.minimum distance from B.F.P.R. to wall/front referencenot attributedp17 · p17_r09 section through end bent cap wall and coping
- 212 KIPSfactored axial loadp17 · p17_r09 section through end bent cap wall and coping
- 326 KIPSpile driving resistancep17 · p17_r09 section through end bent cap wall and coping
- 212 KIPSmaximum factored axial loadp17 · p17_r10 cross section of cap wall coping and piles
- HP 12 X 53pile designationp17 · p17_r10 cross section of cap wall coping and piles
- 212 KIPSmaximum factored axial loadp17 · p17_r14 pile design load and driving criteria notes
- 326 KIPSdriving resistancep17 · p17_r14 pile design load and driving criteria notes
- 212 KIPSMaximum factored axial loadp17 · p17_r14
- HP 12 X 53Pile section designationp17 · p17_r14
- 60 KIPSDriving resistancep17 · p17_r14
Notes on the sheets that carry it
- p1CHAIN LINK WIRE FENCE, TYP.
- p1FRONT FACE OF WALL NO. 1
- p1FRONT FACE OF WALL NO. 2
- p1APPROXIMATE EXISTING GROUNDLINE
- p1NOTES — partial note block visible at right edge; text is cut off and illegible in part.
- p11. ALL BENTS ARE PARALLEL TO ℄ CENTRAL OF RAILWAY COMPANY.
- p12. END BENT PILES NOT SHOWN.
- p1** 3. STATIONS ARE ALONG ℄ SR 21 AT INTERSECTIO [partial]
- p1AND B.F.P.R. OR ℄ BENT.
- p1ELEVATIONS ARE ALONG EASTBOUND AND WEST [partial]
- p1PROFILE GRADE LINES AT THE INTERSECTION O [partial]
- p1PROFILE GRADE LINES AND B.F.P.R. OR CENTER [partial]
- p1*** 4. MEASURED ALONG ℄ SR 21.
- p1⊛ 5. LEFT BRIDGE:
- p1MINIMUM REQUIRED VERTICAL CLEARANCE = 23'
- p1EXISTING TRACK VERTICAL CLEARANCE CALCULA [partial]
- p1FUTURE TRACK VERTICAL CLEARANCE CALCULA [partial]
- p1RIGHT BRIDGE:
- p1⊛ ⊛ 6. MINIMUM REQUIRED HORIZONTAL CLEARANCE = 2 [partial]
- p1EL.151.00, TYP.
- p1FUTURE GROUNDLINE
- p1RAILWAY COMPANY. (partial)
- p1** 3. STATIONS ARE ALONG ℄ SR 21 AT INTERSECTION OF PGL AND B.F.P.R. OR ℄ BENT. ELEVATIONS ARE ALONG EASTBOUND AND WESTBOUND PROFILE GRADE LINES AT THE INTERSECTION OF PROFILE GRADE LINES AND B.F.P.R. OR CENTERLINE BENTS.
- p1ⓐ 5. LEFT BRIDGE: MINIMUM REQUIRED VERTICAL CLEARANCE = 23'-6" EXISTING TRACK VERTICAL CLEARANCE CALCULATED = 24'-1" FUTURE TRACK VERTICAL CLEARANCE CALCULATED = 24'-1". RIGHT BRIDGE: MINIMUM REQUIRED VERTICAL CLEARANCE = 23'-6" EXISTING TRACK VERTICAL CLEARANCE CALCULATED = 24'-6" FUTURE TRACK VERTICAL CLEARANCE CALCULATED = 24'-7".
- p1ⓐⓐ 6. MINIMUM REQUIRED HORIZONTAL CLEARANCE = 25'-0".
- 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 FOR 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...
- p2DYNAMIC PILE TESTING - PERFORM PILE TESTING USING THE PILE DRIVING ANALYZER (PDA) IN ACCORDANCE WITH SPECIAL PROVISION SECTION 523. NOTIFY THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT GEOTECHNICAL_SUBMITTALS@DOT.GA.GOV TWO WEEKS PRIOR TO DRIVING PILES. SUBMIT ALL FILES REQUIRED BY SPECIAL PROVISION TO THE EMAIL ABOVE FOR REVIEW AND APPROVAL.
- 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.
- p2VIBRATION MONITORING - THE PROJECT ENGINEER SHOULD CONTACT THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT LEAST TWO WEEKS PRIOR TO DRIVING PILES. SEE GEOTECHNICAL_SUBMITTALS@DOT.GA.GOV
- p2SPECIAL PROVISION 154 - CONSTRUCTION VIBRATION MONITORING.
- p2STEEL H-PILES - USE STEEL FOR H-PILES THAT MEETS THE REQUIREMENTS OF ASTM A 709 GRADE 50.
- 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 [partial; crop cuts off].
- p2VIBRATION MONITORING - THE PROJECT ENGINEER SHOULD CONTACT THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT GEOTECHNICAL-SUBMITTAL@DOT.GA.GOV TWO WEEKS PRIOR TO DRIVING PILES. SEE SPECIAL PROVISION 154 - CONSTRUCTION VIBRATION MONITORING.
- 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 60 PER SECTION 501 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-SUM PREST CONCRETE.”
Every crop it was read in — the drawing beside what the model took off it
Page 1
bridge_1Elevation
- pileverticalVisible below both bent footings; exact count is unclear at this crop resolution.
192'-0" *** Total length of bridge55'-0" *** Span length82'-0" *** Span length55'-0" *** Span length151.00 Elevation
p01_r11Notes
- end bent pileNot shown.
23' MINIMUM REQUIRED VERTICAL CLEARANCE23' MINIMUM REQUIRED VERTICAL CLEARANCE2 MINIMUM REQUIRED HORIZONTAL CLEARANCE
p01_r08 elevation of bridge spans bents and wingwallsElevation
- piles×8verticalFour piles are visibly shown below each of the two pile caps.
192'-0" TOTAL LENGTH OF BRIDGE55'-0" span length82'-0" span length55'-0" span lengthEL.151.00 elevation
p01_r09 elevation of bridge spans bents and pile bentsElevation
- pile×6verticalThree visible below each pile cap.
192'-0" *** TOTAL LENGTH OF BRIDGE55'-0" ***82'-0" ***55'-0" ***151.00 EL.
p01_r12Notes
- End bent pilesNot shown.
23'-6" Minimum required vertical clearance24'-1" Existing track vertical clearance calculated24'-1" Future track vertical clearance calculated23'-6" Minimum required vertical clearance24'-6" Existing track vertical clearance calculated24'-7" Future track vertical clearance calculated25'-0" Minimum required horizontal clearance
Page 2
p02_r02Notes
- Steel H-pilesH-sectionsteelSpecified to meet ASTM A 709 Gr 50; design data lists Grade 50, fᵧ = 50,000 PSI.
TWO WEEKS Vibration monitoring notice period3" Smooth dowel bar hole diameter12" Smooth dowel bar hole depth24 HOURS Minimum pile freeze period2 Seismic performance zone0.142 AS0.155 SDI30 LBS PER SQ FT Future paving allowance+8 more
p02_r24Notes
- pileReferenced for driving and dynamic pile testing; no pile geometry, material, or quantity is shown.
TWO WEEKS Notification timing prior to driving piles
p02_r09Notes
- pilesPiles driven at Bents 1 and 4; also referenced at end bents.
p02_r02 general notes continuedNotes
- steel H-pilesH-sectionstructural steelSpecified to meet ASTM A 709 Grade 50.
TWO WEEKS Advance notice before driving piles50 Steel H-pile material grade3" Smooth dowel bar hole diameter12" Smooth dowel bar hole depth24 HOURS Pile freeze duration2 Seismic performance zone0.142 A_S0.155 S_D+7 more
p02_r03 long list of construction and material general notesNotes
- Steel H-pilesH-sectionsteelSpecified to meet ASTM A 709 GR 50.
- PilesPile tip elevations are referenced; erratic pile lengths can be expected.
154 Special ProvisionTWO WEEKS Submittal period before driving piles24 HOURS Minimum freeze period3” Formed hole diameter12” Formed hole depth1 AND 4 Bent numbers140MPH Wind speedONE HALF Wind exposure+8 more
p02_r09 notesNotes
- pilesPiles driven at Bents 1 and 4 and at end bents are referenced.
p02_r11 left column list of specification and construction notesNotes
- pilesDriving resistance, dynamic pile testing, and wave equation analysis are specified.
2021 EDITION Georgia Standard Specifications edition2024 Supplemental specifications year2 INCH Minimum reinforcement clearance3/4" Chamfer size1'-0" Foundation backfill thickness2'-0" Foundation footing plan-dimension additionTWO WEEKS Notification/submittal period before driving piles
p02_r19 general notes continuedNotes
- PilesClean and paint with special protective coating No. 2P; coating limits differ for end bent and intermediate bent piling.
2 FT Coating extension below ground for end bent piling5 FT Coating extension below ground for intermediate bent piling
p02_r23 driving resistanceNotes
- pilesDriving resistance to be determined using dynamic pile testing.
p02_r03Notes
- H-pilesH-sectionsteelSpecified to meet ASTM A 709 GR 50.
- PilesReferenced for driving, pile lengths, vibration monitoring, fill settlement protection, and protective coating.
TWO WEEKS Advance notice before driving piles3" Dowel-bar hole diameter12" Dowel-bar hole depth24 HOURS Minimum pile freeze period140MPH Design gust wind speed3/4" Expansion joint shown between approach slab and back face paving rest/end post3/8" Expansion joint at Bent 1 and 46FT Chain link fence height+3 more
p02_r11Notes
- pilesDriving resistance, dynamic pile testing, and wave equation analysis are specified.
2021 Georgia Standard Specifications edition2024 Supplemental specifications year2 INCH minimum reinforcement clearance3/4” concrete edge chamfer1’-0” foundation backfill thickness2’-0” foundation backfill plan footing dimension addition510 Georgia DOT Specifications section520.3.05.D.2 Georgia DOT Specifications sub-section+4 more
p02_r23Notes
- pilesDynamic pile testing requirement stated; individual piles are not shown or counted in this crop.
p02_r19Notes
- PilesTo be cleaned and painted with special protective coating.
- End bent pilingCoating extends from top of pile to below ground.
- Intermediate bent pilingCoating extension applies regardless of encasement.
2FT FT Coating extension below ground for end bent piling5FT FT Coating extension below ground for intermediate bent piling
Page 13
bent_1_leftUnclear
- pile×6rectangularSix pile locations are visible in the elevation.
22'-0" horizontal distance to SR 2181°-20'-05.0" skew angle17+26.35 station17+23.00 station5'-4¾" end dimension3'-0⅞" end dimension6'-10½" end dimension6'-10 9/16" end dimension+31 more
bent_1_rightDetail
- piles×6H-sectionSix pile locations are visible below the bent cap in elevation.
3" in formed hole diameter12" in formed hole depth1 1/2" in smooth dowel diameter81°-20'-05.0" skew angle81°-20'-05.0" skew angle22'-0" ft-in dimension17+19.65 station3'-0 5/16" ft-in dimension+34 more
p13_r01 plan of end bent 1 cap and pile spacing right sidePlan
- pile×4circularPile center locations are shown within the bent cap.
81°-20'-05.0” Skew angle, typical1'-6” Dimension3'-0” Dimension2 3/4” Typical dimension2'-9 3/8” Dimension3'-0 7/8” End dimension7'-7 1/16” Typical beam spacing6'-10 1/2” Beam spacing+21 more
p13_r02 plan of end bent 1 cap and pile spacing left sidePlan
- pilerectangularOnly partial pile/detail graphics are visible below the plan.
22'-0" dimension81°-20'-05.0" angle17+23.00 station17+26.35 station81°-20'-05.0" angle15'-4¾" dimension2'-9⅜" dimension2¾" dimension+24 more
p13_r03 elevation bent 1 left looking backElevation
- pile×6rectangular in elevationPiles are shown partially below the bent cap.
EL. 189.16 ElevationEL. 189.23 ElevationEL. 185.75 ElevationEL. 185.65 ElevationEL. 185.52 ElevationEL. 185.39 ElevationEL. 185.26 ElevationEL. 185.10 Elevation+9 more
p13_r04 elevation bent 1 right looking backElevation
- pile×5rectangularOnly the upper portions beneath the bent cap are shown.
188.03 EL. Elevation188.10 EL. Elevation184.75 EL. Elevation184.96 EL. Elevation185.13 EL. Elevation185.30 EL. Elevation185.47 EL. Elevation185.62 EL. Elevation+17 more
p13_r07 section a aSection
- H-pile×1H-sectionOnly the upper portion of the member is visible below the concrete block.
3'-0" overall width1'-6" half width1'-6" half width2" minimum clear cover2'-0" minimum overall height1'-0" typical spacing2" clear cover, 3 sides1'-6" half width+2 more
p13_r10 pile design load and driving criteria notesNotes
- pilesAll piles referenced in plan driving objective note.
326 KIPS driving resistance139 minimum tip elevation125 minimum tip elevation
p13_r10Notes
- PileReferenced in pile driving objective; pile size, type, and quantity are not shown.
326 KIPS Driving resistance139 Minimum tip elevation125 Minimum tip elevation
Page 14
bent_2_leftElevation
- pile×4rectangularTwo piles are visibly drawn below each footing; right-hand footing representation is typical.
42'-6" cap plan overall length2'-3 3/8" cap plan end dimension, left2'-3 5/16" cap plan end dimension, right6'-0" beam centerline end spacing7'-7 1/2" beam centerline spacing7'-7/16" bearing spacing8'-20'-05.0" typical cap plan dimension2'-9 3/8" dimension at STA. 17+81.35+58 more
bent_2_rightElevation
- steel H-pileHP 12 X 53×4H-sectionsteelFour pile tops are visible below the two footings; pile connection detail is also shown.
81°-20'-05.0” skew angle22’-0” dimension17+74.65 station81°-20’-05.0” skew angle3” formed hole diameter12” formed hole depth1 1/2” smooth dowel bar diameter11 1/2” cap vertical dimension+50 more
p14_r03 elevation of bent columns and footing leftElevation
- pile×4rectangular schematicTwo pile locations are visible below each footing; portions are cut off by the crop.
44-421 AT EQ. SPS. reinforcement quantity and spacingEL. 185.78 (BK) elevationEL. 185.23 (AH) elevationEL. 185.96 (BK) elevationEL. 185.41 (AH) elevationEL. 186.10 (BK) elevationEL. 185.55 (AH) elevationEL. 186.24 (BK) elevation+54 more
p14_r04 elevation of bent columns and footing rightElevation
- pile×4not statedTwo pile locations are visible below each footing; piles extend below the crop.
44-#21 AT EQ. SPS. cap reinforcement spacingEL. 186.42 elevation, BKEL. 185.84 elevation, AHEL. 186.29 elevation, BKEL. 185.75 elevation, AHEL. 186.12 elevation, BKEL. 185.58 elevation, AHEL. 185.94 elevation, BK+30 more
p14_r06 detail of h pile to cap connectionDetail
- H-pile×1rectangular elevationShown with three holes through pile.
15° bar angle15° bar angle5" MIN. minimum distance2" hole diameter4" horizontal dimension4" horizontal dimension30° bar included angle24" MIN. minimum bar length
p14_r08 pile driving load and tip elevation notesNotes
- pileH-sectionsteelAll piles are specified as steel H, HP 12 X 53.
237 KIPS maximum factored axial loadHP 12 X 53 pile section designation365 KIPS driving resistance119 minimum tip elevation118 minimum tip elevation¼" = 1'-0" scale
p14_r06Detail
- H-pileH-PILE×1H-sectionstructural steelShown with three drilled holes through the pile.
15° bar splay angle15° bar splay angle5" minimum distance from top of H-pile to hole centerline2" hole diameter4" hole spacing4" hole spacing30° bar bend angle24" minimum bar length
p14_r08Notes
- PilesH-sectionsteelAll piles specified as HP 12 X 53.
237 KIPS Maximum factored axial load365 KIPS Driving resistance119 Minimum tip elevation118 Minimum tip elevation1/4” = 1’-0” Scale
Page 15
bent_3_leftElevation
- pile×4rectangular schematicTwo pile projections are visible below each footing representation.
81°-20'-05.0" Angle81°-20'-05.0" Angle22'-0" Offset from SR 21 WB = PGLSTA. 18+63.35 Station3" Dowel hole diameter12" Dowel hole depth1 1/2" Smooth dowel bar diameter11 1/2" Bent plan width segment+54 more
bent_3_rightElevation
- H-pileHP 12 X 53×4H-sectionsteelFour pile ends are visibly shown below the two footings in the elevation; the pile connection detail is also shown.
81°-20'-05.0” skew/alignment angle22'-0” dimensionSTA. 18+56.65 station42'-6” overall bent-cap plan length2'-3 5/16” end spacing7'-7 1/16” beam spacing6'-0” end spacing7'-7 1/2” beam spacing+58 more
p15_r03 elevation of bent 3 right columns and footingElevation
- H-pileHP 12 X 53×4H-sectionsteelTwo pile locations are visible beneath each footing; pile connection detail is partially visible at lower left.
42'-6" Beam spacing/overall dimension44-431 AT EQ. SPS. Cap reinforcement spacingEL. 186.60 (AH) ElevationEL. 186.04 (BK) ElevationEL. 186.49 (AH) ElevationEL. 185.94 (BK) ElevationEL. 186.35 (AH) ElevationEL. 185.79 (BK) Elevation+41 more
p15_r06 h pile to cap connection bar detailDetail
- H-pile×1H-sectionstructural steelShown with three drilled holes at the pile top.
15° bar inclination15° bar inclination5” MIN. minimum vertical dimension2” hole diameter4” hole spacing4” hole spacing30° bar bend angle24” MIN. minimum bar length
p15_r08 pile driving resistance and tip elevation notesNotes
- pilesH-sectionsteelAll piles specified as steel H, HP 12 X 53.
222 KIPS maximum factored axial loadHP 12 X 53 pile section designation342 KIPS driving resistance115 minimum tip elevation at Bent 3L114 minimum tip elevation at Bent 3R1 INCH printed scale statement
p15_r06Detail
- H-pile×1H-sectionShown in the pile connection detail.
15° ° bar inclination, left15° ° bar inclination, right5" " minimum vertical dimension2" " hole diameter4" " left horizontal dimension4" " right horizontal dimension30° ° bar bend angle24" " minimum bar length
p15_r08Notes
- pileH-sectionsteelAll piles specified as HP 12 x 53.
222 KIPS maximum factored axial load342 KIPS driving resistance115 minimum tip elevation114 minimum tip elevation
Page 16
bent_3Plan
- pile×6H-sectionSix pile symbols shown in two rows of three.
13'-0" overall footing plan dimension1'-3" end offset / pile spacing5'-3" pile spacing5'-3" pile spacing1'-3" end offset / pile spacing13'-0" overall footing plan dimension1'-3" end offset / pile spacing5'-3" pile spacing+3 more
p16_r08 plan of pile footing layout for bent 3Plan
- pile℄ PILE×6H-sectionSix pile symbols arranged in two columns of three.
13'-0" overall footing width1'-3" horizontal edge distance5'-3" horizontal pile spacing5'-3" horizontal pile spacing1'-3" horizontal edge distance13'-0" overall footing length1'-3" vertical edge distance5'-3" vertical pile spacing+3 more
p16_r09 plan view of pile footing for bent 3 with pile layoutPlan
- pile×6H-sectionPile symbols shown at intersections of two pile centerlines and three bent centerlines.
13'-0" overall horizontal footing dimension1'-3" horizontal end offset5'-3" horizontal pile spacing5'-3" horizontal pile spacing1'-3" horizontal end offset13'-0" overall vertical footing dimension1'-3" vertical end offset5'-3" vertical pile spacing+3 more
p16_r10 plan view of pile footing for bent 2 with pile layoutPlan
- pile×6H-sectionSix pile symbols shown in two columns of three; callout identifies PILE.
11'-6" overall footing width1'-3" pile layout spacing4'-6" pile layout spacing4'-6" pile layout spacing1'-3" pile layout spacing11'-6" overall footing length1'-3" pile layout spacing4'-6" pile layout spacing+3 more
p16_r10Plan
- pile×6Six pile locations are indicated on two dashed pile centerlines.
11'-6" overall footing width1'-3" footing width segment4'-6" footing width segment4'-6" footing width segment1'-3" footing width segment11'-6" overall footing length1'-3" footing length segment4'-6" footing length segment+3 more
Page 17
bent_4_leftDetail
- pile×6rectangularVertical piles are shown below the bent cap in the elevation; callout states reinforcement is over each pile.
44'-1 1/16" overall bent-cap length7'-7 1/16" beam spacing3'-0 7/8" end plan dimension6'-10 1/2" plan dimension7'-7" plan dimension6'-10 9/16" plan dimension3'-0" bent-cap plan width1'-6" bearing dimension+27 more
bent_4_rightPlan
- Piles×12rectangularVisible as six paired pile locations beneath the footing in elevation.
22'-0" Plan offset dimension81°-20'-05.0" Skew angle19+15.00 Station19+11.65 Station81°-20'-05.0" Skew angle81°-20'-05.0" Skew angle5'-4¾" Plan width dimension3'-0⅞" Plan end dimension+43 more
p17_r09Section
- steel H-pileHP 12 X 53×2H-sectionsteelTwo piles are shown beneath the cap; note states all piles shall be steel H, HP 12 X 53.
6'-0" MIN. minimum horizontal dimension3'-0" horizontal dimension2'-0" MIN. minimum vertical dimension212 KIPS maximum factored axial load326 KIPS driving resistance122 minimum tip elevation144 minimum tip elevation12.0 CY Class AA concrete quantity+4 more
p17_r04 elevation bent 4 left looking aheadElevation
- pile×6rectangularVertical piles/supports are shown beneath the bent cap; dashed portions extend below the crop.
188.39 elevation188.45 elevation185.12 elevation185.32 elevation185.49 elevation185.66 elevation185.82 elevation185.96 elevation+24 more
p17_r05 elevation bent 4 right looking aheadElevation
- pile×6rectangular in elevationVertical piles are shown below the bent cap.
EL. 189.42 elevationEL. 189.50 elevationEL. 186.04 elevationEL. 185.93 elevationEL. 185.80 elevationEL. 185.67 elevationEL. 185.53 elevationEL. 185.37 elevation+24 more
p17_r06 elevation of bent 4 right cap piles and piersElevation
- pile×6narrow rectangular profile with dashed continuation below capSix pile locations are visibly shown beneath the bent cap; callout states 4-440 OVER EACH PILE.
EL. 189.42 ElevationEL. 189.50 ElevationEL. 186.04 ElevationEL. 185.93 ElevationEL. 185.80 ElevationEL. 185.67 ElevationEL. 185.53 ElevationEL. 185.37 Elevation+9 more
p17_r07 elevation of bent 4 left cap piles and piersElevation
- pile×6rectangularSix vertical pile locations are visible beneath the bent cap; pile continuations are dashed below the cap.
EL. 188.39 ElevationEL. 188.45 ElevationEL. 185.12 ElevationEL. 185.32 ElevationEL. 185.49 ElevationEL. 185.66 ElevationEL. 185.82 ElevationEL. 185.96 Elevation+22 more
p17_r09 section through end bent cap wall and copingSection
- steel H-pileHP 12 X 53×2H-sectionstructural steelPiles extend below the cap; lower portions are shown with break symbols.
6'-0" MIN. minimum distance from B.F.P.R. to wall/front reference3'-0" cap width2'-0" MIN. minimum cap depth3/4" = 1'-0" scale212 KIPS factored axial load326 KIPS pile driving resistance122 minimum tip elevation at Bent 4L144 minimum tip elevation at Bent 4R+4 more
p17_r10 cross section of cap wall coping and pilesSection
- steel H-pileHP 12 x 53H-sectionsteelPiles are shown beneath the cap; drawing note states all piles shall be steel H, HP 12 x 53.
6'-0" MIN. minimum horizontal dimension3'-0" horizontal dimension212 KIPS maximum factored axial loadHP 12 X 53 pile designation326 KIPS driving resistance122 minimum tip elevation at Bent 4L144 minimum tip elevation at Bent 4R3/4" = 1'-0" scale
p17_r14 pile design load and driving criteria notesNotes
- pileH-sectionsteelALL PILES SHALL BE STEEL H, HP 12 X 53.
212 KIPS maximum factored axial load326 KIPS driving resistance122 minimum tip elevation144 minimum tip elevation
p17_r14Notes
- PileH-sectionsteelSpecified as steel H, HP 12 X 53.
212 KIPS Maximum factored axial loadHP 12 X 53 Pile section designation60 KIPS Driving resistance122 Minimum tip elevation144 Minimum tip elevation
Page 18
p18_r04Elevation
- piles×2rectangularShown extending below the footing, with continuation/break symbols.
p18_r02 plan of bent3 left footing pile gridsPlan
- pile1-12×12H-section symbolPile symbols are arranged six per footing.
p18_r04 elevation showing footing bottom elevation detailElevation
- pile or shaft symbol×2vertical dashed outlineTwo dashed vertical foundation-element symbols are shown below the footing, each truncated with a break symbol.
p18_r05 bent 2 leftPlan
- pile1-12×12H-sectionSix pile symbols are shown in each footing.
p18_r06 plan of bent 3 left beams and footings 1 2Plan
- H-section pile1-12×12H-sectionSix H-section pile symbols are shown within each footing; individually numbered 1 through 12.
p18_r07 plan of bent 2 left beams and footings 1 2Plan
- H-section pile1–12×12H-sectionSix pile symbols are shown within each footing.
p18_r10 pile tip elevation schedule bent4Table
- pile1-12×12Pile tip elevation cells are blank in this crop.
p18_r11 pile tip and footing elevation schedule bent3Table
- pile×12Pile numbers 1 through 12 are listed; pile tip elevation cells are blank in this crop.
p18_r13 bent 2 rightPlan
- H-section pile1-12×12H-sectionSix pile symbols are shown within each footing; numbered 1 through 12.
p18_r16 plan of bent 3 right beams and footings 3 4Plan
- H-pile1-12×12H-sectionSix pile symbols are shown within each footing.
p18_r17 plan of bent 2 right beams and footings 3 4Plan
- H-section pile1-12×12H-sectionSix are visible in each footing; individual pile numbers 1 through 12 are printed adjacent to the footing layouts.
p18_r19 pile tip and footing elevation schedule tablesTable
- piles1 LEFT×12Pile locations are BEAM 1 through BEAM 12; pile numbers 1 through 12.
- piles2 LEFT×12FOOTING 1 contains pile numbers 1-6; FOOTING 2 contains pile numbers 7-12.
- piles2 RIGHT×12FOOTING 3 contains pile numbers 1-6; FOOTING 4 contains pile numbers 7-12.
- piles3 LEFT×12FOOTING 1 contains pile numbers 1-6; FOOTING 2 contains pile numbers 7-12.
p18_r10Table
- Pile1, 2, 3, 4, 5, 6×6Located at BEAM 1 through BEAM 6 under BENT 4 LEFT; pile tip elevation cells are blank.
- Pile7, 8, 9, 10, 11, 12×6Located at BEAM 7 through BEAM 12 under BENT 4 RIGHT; pile tip elevation cells are blank.
p18_r11Table
- pilePILE NO. 1-12×12Pile tip elevation fields are blank in this crop.
p18_r19Schedule
- PilePILE NO. 1-12×48Four visible schedule table sets each list pile numbers 1 through 12; pile tip elevation cells are blank.