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HARRIS COUNTY PUBLIC INFRASTRUCTURE ENGINEERING …

HARRISCOUNTYPUBLICINFRASTRUCTUREENGINEER INGDIVISIONGUIDELINESFORENGINEERSHAVINGE NGINEERINGCONTRACTSWITHHARRISCOUNTY, , JR., 'COURTAUGUST23,1988j:\perm\ ,1988 GUIDELINESFOR ENGINEERSHAVINGENGINEERINGCONTRACTSWITHH arrisCounty,TEXAS FORTHEDESIGNOF ROADSANDBRIDGES "-' ,[r.,PExecutiveDirector\-t< ,~Cc u",~f" 'e~ :",~..~~. <..,~-\ ~~~:tdel',""eos,.::..,r:.. "\/, :~'$ (~/9"..,..\\hcedadmn\sys\data\docs\penn\ ~e=, "dgeDesignRequirements7-9 SectionIIIP avingDesignRequirements10-11 SectionIVGeometricDesignRequirements12-1 5 SectionvTrafficDesignandRight-of-Way17-1 9 AcquisitionRequirementsSectionVIDrainage andStormSewerDesign20-24 RequirementsSectionVIIS anitarySewerDesignRequirements25 SectionVIIIW aterlineDesignRequirements26 SectionIXUtilityInformationRequirements2 7-29 S)]

revisedaugust, 1988 guidelines for engineers having engineering contracts with harris county, texas for the design of roads and bridges and thepreparation of plans and specifications. 2-s"-'f9 arthur .. …

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Transcription of HARRIS COUNTY PUBLIC INFRASTRUCTURE ENGINEERING …

1 HARRISCOUNTYPUBLICINFRASTRUCTUREENGINEER INGDIVISIONGUIDELINESFORENGINEERSHAVINGE NGINEERINGCONTRACTSWITHHARRISCOUNTY, , JR., 'COURTAUGUST23,1988j:\perm\ ,1988 GUIDELINESFOR ENGINEERSHAVINGENGINEERINGCONTRACTSWITHH arrisCounty,TEXAS FORTHEDESIGNOF ROADSANDBRIDGES "-' ,[r.,PExecutiveDirector\-t< ,~Cc u",~f" 'e~ :",~..~~. <..,~-\ ~~~:tdel',""eos,.::..,r:.. "\/, :~'$ (~/9"..,..\\hcedadmn\sys\data\docs\penn\ ~e=, "dgeDesignRequirements7-9 SectionIIIP avingDesignRequirements10-11 SectionIVGeometricDesignRequirements12-1 5 SectionvTrafficDesignandRight-of-Way17-1 9 AcquisitionRequirementsSectionVIDrainage andStormSewerDesign20-24 RequirementsSectionVIIS anitarySewerDesignRequirements25 SectionVIIIW aterlineDesignRequirements26 SectionIXUtilityInformationRequirements2 7-29 SectionXConstructionDrawingRequirements3 0-47 SectionXISpecificationRequirements48-53 Appendix54.)]

2 5 BridgeLayoutChecklist56-:7 Presentedherewitharethedesignguidelinesf orengineer::;havingengineeringcontractsf orthedesignofroac9:sandbrid,? ,theseroadsw~ ,theseguidelinesdonotaddressthl!!designo froadsandbridgeswithin' ~rewaterlinesandsanitarysewersareapartof thedesignoftheroad,theyshallbedesignedin accordancewiththe"GeneralDesignRequire~e ntsforSanitarySewers,StormSewers,Waterli nesandPaving" ,usingtestresultsprovidedbyasoilstesting ~aboratory, "AASHTOG uideforDesignofPavementstructures".Allli nimumpavemant; , ,whether-forflexiblebase, ,amaximumlSD-footwidestrit:eachsideofand adjacenttotheproposedroadright-of-way,ex ceptfordevelopedareasdrainedelsewhere, ' :, ,apreliminaryreportshallbesubmittedtothe countyEngineeras; ~strip,anexplanationastowhyitisincludedi nthedrainageare~c.

3 ::::"yEngineeringReportforHarrisCounty,h eshallfollowthe' ':Engineershouldmakeeveryefforttoexplore allpossibilities,conflictsandalternateso lutionswithassociatedcostsandma)<: ~ ,theEngineermustanalyzealJfacetsoftheprojectconsideringthespecificreguirement:;~ :=ganizedmannersuchthattheCountycanmaketherequirE! :Thefirstpartofthereportshouldoutlinetheauthorizatic>!Lfortheproject, "project, !balanceofthereportshouldcontainthediscu ssionandexhibi1:.~;andwouldcomprise' !discussionshouldaddressallphasesandphas ingofthepzoposedconstruction,outliningju stwhycertainalternativeswereenosenoverot hersandresolvingallconflictsassociatedwi ththt~ ,maps,drawing!

4 S, :-Limitofprojectandauthorization( ,BondYear,etc.)-Descriptionoftypicalsect ion,numberandtypeofbridges,outfallstorms ewers, (TopographicandGeologic)faUlting,informa tion,vegetation,averagelandproject, .:l'.:l4=''+o\..1 .. ~.; ,..e r , :,~ :,,; 'ofinle~s, 'constructioncostestimate, ",' '!:spertaintothoseperformedintheactualco ns~ructionofthnprojectandarenotanestimat eoftheengineeringcostsfC: , ,:!anestimatedcostofproposedrig~ :! ,includingexistingeasements.:.Provideest imatedcostc:) ' , , :::(tobepaidforbyHarrisCounty).

5 ,expandonthepavementdesign(beyondthatint hesoilsreport)describin;thicknessofeachl ayerandmaterialsofconstruction(including reinforcing,ifconcrete),typeofsubgradetr eatmentwithdepthandpercentoflime, ,orcementasspecified,typicalsectionsonro adway,ditchesandoutfalls, ,spannumberandlengths,substructurelimits andtype,width,100yeazfloodelevationandbo ttomchordelevation,existingar:, :. , :20horizontaland1:2verticalscaleforplan/ profilesheets,vicinitymap,drainacl'emap, typicalsectionsandlayoutofmajorprojectit eIlls:,.Drawingsmaybereducedto11"x17".

6 , ,alongwit:hsizes,locations,limitswithinr ights-of-way,elevaticmsandnamesofOwner, ,tocommercialestablishments, ,verifiedinthegeotechnicalrepor:,usedint heAASHTO~ , :1gbars,usingthesubgradedragequationands izelendtransferdevices, ~gcalculationswhichsupporttherecommendat ionsforpavi~ ;s,'throughoutalldrainageareas, ;andnumerically0=i:1profileincludeahydra ulicgradientwithaprofileC: ,stationand offsetofmanholesandinlets, ,drainagefacilities,utilities,POWI~:::'p oles,:buildings, ~the'proposedright-of-w, ;pipe,centerlineofroadprofile, ' ,manholes,inlets,outfallstructuresIflowl inesandtopofstormsewer, ,planscaleshall:be1"'=20'.

7 Profilesscalesshallbe1"=20' "=2'. ,indicati~,gforcontinuationcfL,FEMA hasestablishedbenchmarksonCountybridges; , :benchmarksaretoberelocatedduringconstru ction,theyshallbe5" :f: . ~rpcseandScopeProjectLocationBridgeDescr iptionandCostAnalysisRecommendationsandD esign..ProjectCostEstimateExhibits-Cover sheetwithVicinityMap-TopographicSurvey-P roposedBridgeLayoutandRoadside Drainage-PlanandProfile-TypicalTransvers eDeckSection,RailingDetails-OtherDrawing sRequired~ ~icalInvestigations-FieldNotes-Engineeri ngReferencesThefollowingisthesuggestedou tlineofatypicalreportforaroad- ~ ~~.

8 Appendices-GeotechnicalInvestigations-En qineeringReferences-6- .SECTIONIIBRIDGE DESIGNREQUIREMENTSSECTIONIIBRIDGE DESIGNREQUIREMENTSLA llbridgesaretobedesignedtoaminimumAASHTO H20CJ~ ~retobeinaccordancewiththE!latestedition ofthe" !.~~Bridges", ~widthofbridge,facetofaceofcurbsiistobee qual1:0theouttooutdistanceoftheapproachi ngroadpavemerrcplusfourfeet, ~boulevardsshallhaveone6-footclearwidths idewalk(:)]' :approachpavement, (a)above, (c)above, ,unlessspecificapplicationsrequireotherm aterials, , ~ ,thefollowingitemsshouldbeaddressed.

9 'dataan= ,evenwithoutaverticalcurve,deck,bentsan= .Ifpossible, ,theEngineershallprovideatrafficcontrolp Lan,"willthedetourrequireaconstructionea sement? , ,oraremUltiplephasesrequired? :yearfloodelevationAlso, , , , \oiallsshouldbedesigned'separatefromtheb rid9E~,withtheirownsupports.' (minimumof1"assured.(minimumof3")6") :f' '9" ; ~ , "landverticalcontrolfeatures0:1thedrawin ~ ,estimatedlengths, .Theycanonlybegintheirprograminanefficie ntmanneraftertheyhavereceive~fromtheCons ultantapreliminarybridgelayoutinenoughde tailthatindicatesexistingtopography,purp ortedandultimatechannelwidthsanddepths,b ridgelimits,spans, ~ ,SECTI< , ,semi-rigidc=rigidpavementsshallbebasedo nthelatestrevisionofthe"AASHTOG uideforDesignof Pavementstructures".

10 (Note:T'he~atestguideiscopyright1986.) , 'stabilization, (lime,flyash,etc.) "f'theproposedpavementsubgradE!.Flexible basepavementdesignshallbebasedontheCalif orn:.. " :ytestresultsmaybederivedfromothertypeso ftestsactual:.yperformedonthesoil,provid edthereexistssuitab:. ~;.Anacceptablesubstitutionfortheplatebe aringtestwouldbeacorrelationbetweentheSD HPTT riaxialtestvalue,andmodulusofsubgraderea ction, "theultima':eresponsibilityoftheDesignEn gineertostipulate1::hepavementsectionith efinalchoiceofthepavementdesiqnshouldbeh isdecision,withtheCounty ~thoroughfaresmustbedesignedonthebasisI: > ,R,of95%.


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