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Pipeline Rules of Thumb Handbook : A Manual of Quick, Accurate Solutions to Everyday Pipeline Engineering Problems.
- Format:
- Book
- Author/Creator:
- McAllister, E. W.
- Language:
- English
- Subjects (All):
- Pipelines--Handbooks, manuals, etc.
- Pipelines -- Handbooks, manuals, etc.
- Physical Description:
- 1 online resource (807 pages)
- Edition:
- 8th ed.
- Place of Publication:
- San Diego : Elsevier Science & Technology, 2013.
- Contents:
- Front Cover
- Pipeline Rules of Thumb Handbook: A Manual of Quick, Accurate Solutions to Everyday Pipeline Engineering Problems
- Copyright
- Contents
- 1: General Information
- Basic Formulas
- Mathematics-areas
- Mathematics-surfaces and volumes
- Rules of exponents
- Recommended drill sizes for self-tapping screws
- Determine pulley speed
- Calculate volume in horizontal storage tank with ellipsoidal or hemispherical heads
- ASTM standard reinforcing bars
- Pressure rating for carbon steel flanges
- Cables and Ropes
- Estimating strength of cable
- Find the working strength of Manila rope
- How large should drums and sheaves be for various types of wire rope?
- Find advantages of block and tackle, taking into account pull out friction
- Safe loads for wire rope
- Stress in guy wires
- Strength and weight of popular wire rope
- Measuring the diameter of wire rope
- Wire rope: field troubles and their causes
- Capacity of drums
- Belts and Shafts
- Determine length of a V-belt
- Calculate stress in shaft key
- Calculate V-belt length using simple equation
- Estimate the horsepower that can be transmitted by a shaft
- Miscellaneous
- How to estimate length of material contained in roll
- Convenient antifreeze chart for winterizing cooling systems
- How to determine glycol requirements to bring a system to a desired temperature protection level
- Weight in pounds of round steel shafting
- Properties of shafting
- Tap drills and clearance drills for machine screws
- Common nails
- Drill sizes for pipe taps
- Carbon steel-color and approximate temperature
- Bolting dimensions for flanges
- Flange Bolt Tightening Sequence
- Steel fitting dimensions
- ANSI forged steel flanges
- Trench shoring-minimum requirements
- Reuniting separated mercury in thermometers
- Typical wire resistance.
- How to cut odd-angle long radius elbows
- How to read land descriptions
- Sample sections showing rectangular land descriptions, acreages, and distances
- Size an air receiver for engine starting
- Dimensions of hex nuts and hex jam nuts
- Color codes for locating underground utilities
- Approximate angle of repose for sloping sides of excavations
- Wind chill chart
- Pipeline Pigging
- Sizing plates
- Caliper pigging
- Cleaning after construction
- Flooding for hydrotest
- Dewatering and drying
- Pig Trap Design
- Estimate volume of on-shore oil spill
- Estimating spill volume on water
- Fluid Power Formulas
- 2: Construction
- Project Scoping Data
- Project scoping data worksheet for major facilities
- Right-of-Way
- How to determine the crop acreage included in a right-of-way strip
- Clearing and grading right-of-way: labor/equipment considerations
- Estimating man hours for removing trees
- Estimating man hours for removing tree stumps
- Clearing and grading right-of-way
- Ditching
- How many cubic yards of excavation in a mile of ditch?
- Shrinkage and expansion of excavated and compacted soil
- Ditching and trenching: labor/equipment considerations
- Concrete Work
- How to approximate sacks of cement needed to fill a form
- What you should know about mixing and finishing concrete
- Pipe Laying
- How to determine the degrees of bend in a pipe that must fit a ditch calling for a bend in both horizontal and vertical planes
- How to bend a pipe to fit a ditch-sags, overbends, and combination bends
- Pipe bending computations made with a hand-held calculator
- Calculate maximum bend on cold pipe
- Determine length of a pipe bend
- Length of pipe in arc subtended by any angle
- Average pipelay table-underground
- Average pipelay table-on supports
- Allowable pipe span between supports.
- How engineers make pipe fit the ditch
- Pipe Lowering
- How to lower an existing pipeline that is still in service
- When should steel be preheated before welding?
- Welding and brazing temperatures
- Mechanical properties of pipe welding rods
- Lens shade selector
- Pipeline Welding
- How many welds will the average welder make per hour?
- How much welding rod is required for a mile of schedule 40 pipeline?
- How many pounds of electrodes are required per weld on line pipe?
- Welding criteria permit safe and effective pipeline repair
- Cross-country pipeline-vertical down electrode consumption, pounds of electrode per joint∗
- Guidelines for a successful directional crossing bid package
- 3: Pipe Design
- Steel pipe design
- Properties of pipe
- Length of pipe in bends
- Calculation of pipe bends
- Spacing of pipe supports
- American standard taper pipe threads (NPT)
- British standard taper pipe threads
- Normal engagement between male and female threads to make tight joints
- Calculate pipe weight, contents, velocity
- Formulas and constants of value in solving problems relating to tubular goods
- How to calculate the contraction or expansion of a pipeline
- Estimate weight of pipe in metric tons per kilometer
- How to find pipe weight from outside diameter and wall thickness
- What is the maximum allowable length of unsupported line pipe?
- Identify the schedule number of pipe by direct measurement
- Determine buoyancy of bare steel pipe
- Determine buoyancy of bare and concrete-coated steel pipe in water and mud
- Weights of piping materials
- Allowable working pressure for carbon steel pipe
- Find the stress in pipe wall due to internal pressure
- How to calculate stress in above ground/below ground transitions
- How to identify the series number of flanged fittings.
- Dimensions of three-diameter ells with tangents
- Spectacle blind thicknesses
- Polypipe design data
- 4: Electrical Design
- Electrical design
- Hazardous locations
- NEMA enclosure types1
- Size portable electric generators
- Typical wattages for tools and appliances
- Knockout dimensions
- National electrical code tables
- Electrical formulas
- Full-load currents-single-phase transformers
- Conduit size for combinations of cables with different outside diameters
- Minimum bending radius for insulated cables for permanent training during installation
- Full-load currents-three-phase transformers
- Motor controller sizes
- Voltage drop on circuits using 600 V copper conductors in steel conduit
- Determine the most economical size for electric power conductors
- How to find the resistance and weight of copper wires
- What you should remember about electrical formulas
- How to calculate microwave hops on level ground
- For quick determination of the horsepower per ampere for induction motors (3 phase) at different voltages
- Chart of electric motor horsepower for pumping units
- Pumping stations
- FLOODLIGHTING CONCEPTS
- Terms
- Floodlighting calculations
- Point-by-point method
- Beam-lumen method
- Design procedure
- Conductor size conversion chart-metric to AWG
- Commonly used switchgear device numbers
- Bonding the grounding system to building and structure foundations
- 5: Hydrostatic Testing
- The Benefits and Limitations of Hydrostatic Testing
- Hydrostatic testing for pipelines
- Volume of water required to fill test section
- Volume required at test pressure
- How to use charts for estimating the amount of pressure change for a change in test water temperature
- Basis for chart development
- Compressibility factor for water
- Hydrostatic test records.
- 6: Pipeline Drying
- Pipeline Dewatering, Cleaning, and Drying∗
- Dewatering
- Cleaning pipelines
- Brush pig run with gas
- Brush pig run with liquid
- Internal sand blasting
- Chemical cleaning
- Pipeline drying
- Moisture content of air
- Commissioning petrochemical pipelines
- Acknowledgement
- Literature cited
- Vacuum drying
- 7: Control Valves
- Control valve sizing formulas
- Sizing control valves for throughput
- Control valve selection
- Relief Valve Sizing, Selection, Installation, and Testing
- Rupture disk sizing
- Rupture disk sizing using the resistance to flow method (KR)
- Variable orifice rotary control valves
- Sizing Valves for Gas and Vapor
- Basic valve flow-capacity coefficient (Cv)
- Easily visualize pump and control valve interaction
- Bibliography
- Avoid cavitation in butterfly valves
- Literature Cited
- How to read a regulator flow curve
- Sidebar: regulator flow curve terminology
- About the author
- 8: Corrosion/Coatings
- National Association of Pipe Coating Applications (NAPCA) specificationsaaNOTE: These are not all the specifications approv ...
- NAPCA Specifications Pipeline Felts
- Minimum test voltages for various
- How much primer for a mile of pipe?
- How much coal-tar enamel for a mile of pipe?
- How much wrapping for a mile of pipe?
- Estimating coating and wrapping materials required per mile of pipe
- Coefficient of friction for pipe coating materials
- Troubleshooting cathodic protection systems: Magnesium anode system
- Cathodic protection for pipelines
- Estimate the pounds of sacrificial anode material required for offshore pipelines
- Comparison of other reference electrode potentials with that of copper-copper sulfate reference electrode at 25 °C
- Chart aids in calculating ground bed resistance and rectifier power cost.
- How can output of magnesium anodes be predicted?.
- Notes:
- Description based on publisher supplied metadata and other sources.
- Other Format:
- Print version: McAllister, E. W. Pipeline Rules of Thumb Handbook
- ISBN:
- 9780123876942
- OCLC:
- 867925819
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