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Bridge Design Aids - April 2005.pdf

February 8, 2009 · Filed Under Civil & Architectural Engineering  · Tags: , , ,

Great Collection ebook about Bridge Design, owned by California Department of Transportation and available freely to download.

This ebook is available FREE at California Department of Transportation website, we merely collect the information, we are neither affiliated with the author(s), the website and any brand nor responsible for its content and change of content. (Read our disclaimer here or here before you download the document from the website written above by clicking the below link).

Contents ALONG WITH DOWNLOAD LINKS:

  • TOC - TABLE OF CONTENTS
  • SECTION 1 - Abutments [ Abutment Investigation ~ Diaphragm Abutment Without Footing ~ Diaphragm Abutment With Footing ~ Short Seat Abutment ~ High Cantilever Abutment ]
  • SECTION 2 - Footings [ Seal Courses ]
  • SECTION 3 - Retaining Walls [ Earth Retaining Systems ~ Magnitude, Location and Moment Horizontal ~ Earth Pressures for Retaining Walls ~ Cantilever Wingwall Design ~ Mechanically Stabilized Embankment ~ Welded Wire Mat Density per Full Face Panel ~ Loading Conditions ~ Foundation Pressure in Kips per Sq. Ft ~ Foundation Pressure in Kips per Sq. Ft. – Loading Condition 4E ~ Forces: Cantilever Sign Truss on Retaining Wall ]
  • SECTION 4 - Concrete Slabs [ Standard Slab Bridge – General Instructions ~ Makeup of Plans ~ Basis of Design ~ Standard Slab Bridge – Slab Details – Single and 2 Span ~ Standard Slab Bridge – Slab Details – 3 Spans ~ Standard Slab Bridge – Slab Details – Multi Span ~ Standard Slab Bridge – Slab Details – Hinge at Bent ~ Standard Slab Bridge – Slab Details – Hinge at L/6 ~ Standard Slab Bridge – Support Design Data No. 1 ~ Standard Slab Bridge – Support Design Data No. 2 ~ Standard Slab Bridge – Typical Support Calculations ~ Slab Hinge Details ~ Slab Reinforcement Details ~ Slab Bridge Pile Details ]
  • SECTION 5 - Concrete Design [ Standard Notations and Design Formulas ~ Concrete Design ~ Resisting Moments of Beams and Slabs for Balanced Design and Compressive Reinforcement ~ Resisting Moments for Flanges of Box Girders and T-Beams (Foot-Kips) ~ Table of Unit Values ~ Box Girders – Moments of Inertia and Weight Tables Moments of Inertia for T-Beams ~ T-Beams – Moments of Inertia and Weight Tables 11" Stem ~ T-Beams – Moments of Inertia and Weight Tables 13" Stem ~ Charts for Resisting Moments – Box Girders ~ Graph – Resisting Moments – Slab = 5 ½" ~ Graph – Resisting Moments – Slab = 6" ~ Graph – Resisting Moments – Slab = 6 ¼" ~ Graph – Resisting Moments – Slab = 6 ½" ~ Graph – Resisting Moments – Slab = 6 ¾" ~ Graph – Resisting Moments – Slab = 7" ~ Column Design Charts ~ Shear Modification for Skewed Concrete Girders ~ Steps for Accessing and Running PSHEAR ~ Inverted T-Caps ~ Inverted "T" Bent Cap Design Example ~ Areas and Perimeters for Various Bar Sizes and Number of Bars ~ Areas and Perimeters for Various Bar Sizes and spacing ~ Anchorage to Concrete ]
  • SECTION 6 - Prestressed Concrete [ Precast Prestressed Girders ~ Caltrans Standard "I" Girder ~ Caltrans Standard "Bulb-Tee" Girder ~ Caltrans Standard "Bathtub" Girder ~ Prestressed Trapezoidal Box Girder ~ Precast Prestressed Concrete Box Girder ~ Nomograph for Frictional Loss and Cable Elongation ~ Prestressed Concrete Slabs ]
  • SECTION 7 - Steel Design [ Composite Girder Approximate Flange Areas ~ Moments of Inertia of One Plate/Two Flanges ~ Data for Design of Steel Connections ~ General Information (Rivets, Bolts, Welds, etc.) ~ Steel Connections, Length of Weld or Number of Bolts ~ Properties of Welded Columns and Beams ]
  • SECTION 8 - Influence Lines [ Validation for Section 8 ~ Influence Lines for Continuous Spans ~ Influence Lines for Four Equal Spans ~ Envelope Curves for Moment – Interior Span ~ Envelope Curves for Moment – 3 Equal Continuous Spans ~ Envelope Curves for Moment – 2 Equal Continuous Spans ]
  • SECTION 9 - Live Load Moments and Shears [ Validation for Section 9 ~ HS20-S16(44) Loading ~ Simple Beam Shear – One Lane ~ Simple Span Shear (Kips) – One Lane ~ Bending Moments – Simple Beam ~ Moments, Shears and Reactions for Continuous Spans – Live Loading ~ Moments, Shears and Reactions for Continuous Spans – Live Loading (cont.) ~ One Lane Live Load – Simple Span –Shears and Reactions ~ One Lane Live Load – Hinge at 1/5 Point ~ One Lane Live Load – Hinge at 1/6 Point ~ One Lane Live Load – Hinge at 1/7 Point ~ One Lane Live Load – Hinge at 1/8 Point ~ One Lane Live Load – Hinge at 1/9 Point ~ One Lane Live Load – Hinge at 1/10 Point ~ One Lane Live Load – Hinge at 1/11 Point ~ One Lane Live Load – Hinge at 1/12 Point ~ Table of Maximum Moments for Permit Load ~ Steam Railroad Loading – Class E-10 ]
  • SECTION 10 - Type Selection [ General Features of Design ~ Clearance at Structures ~ Curbs ~ Concrete Barriers and Barrier Railings (Structures) ~ Combination Railings (Vehicular and Pedestrian) ~ Combination Railings for Bridge Structures ~ (Vehicle and Pedestrian) ~ Pedestrian Railings for Bridge Structures ~ Roadway Drainage ~ Surfacing on Bridges ~ Selection of Type (Structures) ~ Abutments ~ Abutment Types ~ Piers or Bents ~ Slopes at Abutments ~ Bridge Numbers ~ Kinds of Structures ~ Structure Types ~ Concrete Bridges ~ Bridges ~ Separations and Interchanges ~ Overheads and Underpasses ]
  • SECTION 11 - Estimating [ Introduction ~ General ~ BEES (Basic Engineering Estimate System) ~ Revised Estimates ~ Quantity Calculations ~ Escalation Factor ~ Mobilization Factor ~ Contingency Factors ~ Stage Construction ~ Traffic Control ~ Working Days ~ Historical Cost Record ~ Planning Estimates (Advance Planning Studies ~ General Plan Estimates ~ Bar Reinforcement /m3 of Concrete for Various Bridge Parts ~ Type 1 Retaining Wall Excavation and Backfill Quantities ~ Quantity Survey Graphs for Superstructure Concrete, Bar Reinforcing, and Prestressing Steel ~ Marginal Estimates ~ Quantity Take-Off Procedures ~ Bar Reinforcing Steel Example ~ Lump Sum Items ~ Fully Compensated Items ~ Structure Type Coding ~ Concrete Type Limits and Division Between Superstructure and Substructure ~ Quantity Calculations and Summary Sheets ~ Quantity Summaries Transmitted to Resident Engineer’s Pending File, After Bid Acceptance ~ Aids for Determining Quantities Marginal Estimates Item Descriptions and Limits and Methods of Payment Listed by Section ~ Alphabetical Listing of Items ~ Description of Contract Items ~ Bar Reinforcing Steel ~ Concrete ~ Deck Rehabilitation Items ~ Earthquake Restrainers, Retrofit, and Repair ~ Earthwork ~ Joint Seals ~ Metal ~ Piling (Excluding CISS) ~ Cast-in-Steel-Shell (CISS) Concrete Piling ~ Non-Standard Piling ~ Pipes, Conduits, Drains ~ Precast Girders ~ Prestressing Steel ~ Railings and Barriers ~ Structural Steel ~ Walls ~ Miscellaneous ]
  • SECTION 12 - Piles [ Validity of Pile Shaft Design ~ Pile Shaft Design ]
  • SECTION 13 - Columns [ Design of Single Column Bents for 2-Span Box Girder Bridges ~ Column Reifnforcement for Prestressed Box Girders ~ Example Column/Footing Design (using STD Charts) ~ Live Loads ~ Use of YIELD Program ~ Column Interaction Graphs ]
  • SECTION 14 - Seismic (old) [ Dynamic Model Assumptions and Adjustments ~ Equivalent Static Analysis of Restrainers ]
  • SECTION 15 - Miscellaneous [ Stair and Ramp Ratios ~ Foundation Investigation and Reports ~ Checklist for Structure Foundation Studies and Reports ~ As-Built Plans ]
  • SECTION 16 - Sound Walls [ Sound Wall Design ~ Interaction Diagrams ~ Sound Wall – Standard Aesthetic Features ~ Masonry Block ~ Precast Concrete Panels with Posts ~ Cast-In-Place Contcrete ~ Composite Plaster Panel Sound Wall ]
  • SECTION 17 - Deck Drains [ Deck Drainage Design ~ Run-Off Analysis ~ Capacity of Grate Inlets in a Sag ~ Sheet Flow ~ Flow in Gutters ~ Example Drainage Design ~ Detailing Practice ~ Examples of details for special applications: ~ Deck Drain Pipe Detail at Abutment ~ Expansion Coupling ~ Part Bridge Section – Deck Drain Locations ~ Deck Drain Pipe Detail at Hinge ~ Scupper Detail ~ Double Deck Drain, Drop Through Deck Drain ]

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Comments

4 Responses to “Bridge Design Aids - April 2005.pdf”

  1. AShish on May 9th, 2009 11:17 am

    Thanks it a very helpful material for Civil Engineer who wants to work in a structure.

  2. Ibralebbe Jiffry on October 20th, 2009 11:01 pm

    Thank you so much to those who are take responsible to make arrangements these kind of services. i am so happy to say it, thanks again 7 again……..

  3. Adnan on November 5th, 2009 3:16 am

    I am very thankful to the composerof this web who provide us many information in different works.

  4. abinet zeleke on November 16th, 2009 7:27 pm

    I am dgree graduate civil engineer in ethiopia so i want to develope my profession by reading many civil engineer books.but have not enough many to buy books from market.

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