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Pipeline Basics - Mechanical & Petroleum Engineers

Pipeline Basics contains a large selection of Pipeline equations, tables and reference material. Includes Pipeline Sizing equations and tables as well as tables and reference material for valves, corrosion and flanges. Table of Contents: - Ball Valves- Boiling Fluids- Bolt Stretching- Bronze Flanges (ASME/ANSI) - Butterfly Valves- Carbon Flanges (ASME/ANSI) - Carbon Steel Flanges- Carbon Steel Pipes- Cast Iron Flanges- Comparing American and British Piping Standards- Copper Pipes (Insulation and Heat Loss)- Cross Reference of ASTM Material Specifications- Diaphragm Materials in Diaphragm Valves- Electrode Potential and Galvanic Corrosion- Epoxy - Equation of Continuity- Equation of Mechanical Engineering- Flow Coefficient Cv and Flow Factor Kv- Gasket Characteristics- Identification Tests for Stainless Steel- Light Oils (Recommended Suction Flow Velocity) - Natural Gas (Pipe Sizing) - Non Destructive Testing- Nominal Pipe Size and Diameter Nominal - Pipe Formulas- Pipe Velocities- Pipes (Relative Capacities) - Pipes and Tubes (Temperature Expansion) - Pipes Fractional Equivalents- Piping and Equipment Identification Labels- Piping Materials and Galvanic Corrosion- Plastic Pipes and Operating Pressure- Pneumatic Powder and Solids - Pneumatics (Solid Transports, Particles Sizes, Separator Types)- Polyester (Chemical Resistance) - Pressure to Head Unit Converter Table- Propane Gas (Pipe Sizing) - Pumping Boiling Liquids (Delivery Flow Velocities)- Pumping Light Oils (Delivery Flow Velocities) - Recommended Delivery Flow Velocity of Viscous Liquids- Reynolds Numbers- Slurry Transport and Minimum Flow Velocity - Stainless Steel Pipes (Pressure Ratings, Dimensions, Weights ASME/ANSI) - Steel Pipes Dimensions- Steel Tubes BS 1387 (EN 10255) - Suction Flow Velocities of Water- Threaded and Socket Welded Fittings- Types of Corrosion- Valve Selection Guide- Valve Types for Specific Services- Valves (Typical Operating Ranges and Temperatures) - Viscous Fluids (Recommended Suction Flow Velocities) - Water Delivery Flow Velocities* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 28.8 MB

EE Basics - Electrical Engineers and Electricians

EE Basics contains a large selection of Electrical Engineering laws, equations, tables and reference material. Table of Contents: Amps and Wire Gauge - 12V CircuitAsynchronous Motors - Electrical DataAWG - American Wire Gauge and Circular MilsAWG to square mm Wire Gauge ConversionCapacitorsCircuit Wiring - Single Phase (230V) Electrical MotorsCircuit Wiring - Three Phase (230 and 460V) Electrical MotorsCM - Circular Mil AreaConductorsConverting from NEMA to IEC Enclosure ClassificationsCopper WireElectrical FormulasElectrical Motor - Full Load Current - Efficiency - Frame Dimensions - Locked Rotor - Efficiency Ratings - Hp and Amps - HP, Torque and RPM - Insulation Classes - Starting Devices - Heat LossElectrical UnitsElectrode Potential and Galvanic CorrosionFrequency and Speed of Electrical MotorsIEC - NEMA Standard TorquesIEC Duty CyclesInductanceInductors - Energy StoredIP - Ingress Protection RatingsKirchhoffs LawsKVAMotor Wiring Data - 480 VoltNEMA A, B, C and D DesignNEMA Electrical Enclosure TypesNEMA Enclosure Standards of Electrical MotorsNEMA Insulation ClassesNema StartersParallel CircuitsPotential DividerPower and Horsepower in Electrical MotorsPower Factor for a Three-Phase Electrical MotorRechargeable BatteriesResistance and ResistivityResistivity, Conductivity and Temperature CoefficientsSeries CircuitsService FactorSingle Phase Power EquationsSlip in Electrical Induction MotorsSpeed of Electrical Motors with operating LoadsSynchronous and Full Load SpeedSynchronous Speed of Electrical MotorsThree Phase Power EquationsThree-Phase Electrical MotorsTorques in Electrical Induction MotorsTransformersVariable-Frequency DrivesVoltage DropVoltage Imbalance and Derating FactorWire Gauges* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 27.8 MB

Mechanics Basics - Mechanical & Civil Engineers

Mechanics Basics contains a large selection of Mechanics laws, equations, tables and reference material. Table of Contents:- American Standard Beams- American Wide Flange Beams - Metric Units- American Wide Flange Beams - Imperial Units- Area Moment of Inertia- Belts - Length and Speed of Belt- Belts - Power Transmissions and Efficiency- British Universal Columns and Beams- Centre of Gravity - Center of Buoyancy- Density, Specific Weight and Specific Gravity- Elastic Properties and Young Modulus- Energy- Engineering Materials- Equilibrium- Force Ratio- Gear Trains- Gears- HE-A Steel Beams- HE-B Steel Beams- HE-M Steel Beams- Levers- Conservation of Momentum- Mass and Weight- Modulus of Rigidity- Moment of Section Conversions- Normal Flange I Beams- Poissons Ratio Metals- Poissons ratio- Power- Pulley Diameters and Speeds- Reliability of Machine Components- Rotating Shafts and Moments- Screw Jacks- Section Modulus Conversions- Stiffness- Stress- Stress, Strain and Youngs Modulus- Stresses in Thin-Walled Tubes or Cylinders- Tension Increase in Ropes due to Angle- Torque - Work done and Power transmitted- Torsion of Shafts- Wire Rope Slings* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 28.9 MB

Pumps Basics - Mechanical & Petroleum Engineers

Pumps Basics contains a large selection of Pumps laws, equations, tables and reference material. Table of Contents: - Alternating Pumps- Best Efficiency Point - BEP- Boiling Fluids- Cavitation - Centrifugal Pump Speed- Centrifugal Pumps - Classifications of Pumps- Condensate Pumping- Converting Pump Head to Pressure- Dynamic, Absolute and Kinematic Viscosity- Equation of Mechanical Engineering- Head Rise and the Energy Equation- Light Oils - Recommended Suction Flow Viscosity- NEMA Frame Assignments- Positive Displacement Pumps- Power Gained by Fluid- Pump Affinity Laws - Pump and Fan Efficiency - Pumping Boiling Liquids - Delivery Flow Velocities- Pumping Light Oils - Delivery Flow Velocities- Pumping Water - Horsepower Requirements- Pumps - Specific Suction Speed- Pumps, Fans and Turbines- Shut-off Head- Specific Speed- Specific Work of Turbo Machines- Suction Flow Velocities of Water - Suction Head Affected by Altitude- Water Pumping Costs* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 26.0 MB

Fluid Mechanics Basics - Mechanical Engineers

Properties of Materials - Metallurgy Engineer

Material Properties contains hundreds of useful material properties tables. The tables contain thousands of properties (Specific Heat Capacity, Melting Points, Boiling Points, etc.) Table of Contents: - Acetylene- Acids - pH Values- Aluminum - Melting Points of Binary Eutectic Alloys- Aluminum Alloys - Mechanical Properties- Ammonia- Argon- Arsenic- BHN - Brinell Hardness Number- Bases - pH Values- Benzene- Boiling Points of common Fluids- Bulk Modulus - Metals and Alloys and Fluid Elasticity- CPVC - Chemical Resistance- Carbon Dioxide Properties- Carbon Monoxide- Ceramic Material Properties- Chemical Resistance Polyethylene - PE- Chemical Resistance of Rubbers and Elastomers - Coefficients of Linear Expansion- Comparing Ethylene Glycol and Propylene Glycol- Compositions of Steel- Compressed Water Properties- Compression and Tension Strength- Concrete Mixtures- Concrete Properties- Copper - Melting Points- Copper Zinc Tin Alloys- Cryogenic Fluids- Densities of Various Solids- Density Converter- Density of Wood- Density, Specific Weight and Specific Gravity- Dielectric Constant- Dimethyl Propylmethane - Ditch-Filling Materials - Densities- Dry Air Properties- Drying Temperature and Time- Dust Explosions- Dynamic Viscosity- Dynamic, Absolute and Kinematic Viscosity- Earth or Soil - Weight and Composition- Elastic Properties and Young Modulus- Emissivity Coefficients- Engineering Materials- Epoxy- Ethane - Ethanol Freeze Protected Water Solutions- Ethylene - Ethylene Glycol Heat-Transfer Fluid- Fibers in Polymer Composites- Flash Point- Fluids - Kinematic Viscosities- Fluids - Latent Heat of Evaporation- Food and Foodstuff - Food and Foodstuff - pH Values- Freezing Points- Freon Properties- Fuels - Densities and Specific Volumes- Glycerine - Boiling and Freezing Points- Gold - Melting Points- Helium- Human Body and Specific Heat Capacity- Hydrogen- Hydrogen - Specific Heat Capacity- ISO Grade Oil Properties- Ice - Thermal Properties- Ice - Thickness and Safe Loads- Identification Tests for Stainless Steels- Industrial Lubricants - Viscosity- Iron - Melting Points- Isopropanol based Water Solutions- Latent Heat of Melting- Lead - Melting Points- Liquid Water Properties- Liquids - Densities- Liquids and Fluids - Specific Gravities- Liquids and Fluids - Specific Heat Capacities- Magnesium - Melting Points- Mercury - Properties- Metal Alloys - Specific Heat Capacities- Methane - Specific Heat Capacity- Methanol - Thermophysical Properties- Methanol Freeze Protected Heat-Transfer Fluids- Mineral Density- Molecular Weight - Gases and Vapors- Molybdenum - Melting Points- Nickel - Melting Points- Nitrogen- Nitrogen - Specific Heat Capacity- Oils - Melting Points- Oxygen - Specific Heat Capacity- Oxygen Solubility in Fresh and Sea Water- Particle Sizes- Polyester - Chemical Resistance- Polymers - Physical Properties- Polypropylene PP - Chemical Resistance- Propane- Propylene Glycol based Heat-Transfer Fluids- Radiation Emissivity- Refractive Index- Refrigerant R22 - Properties- Refrigerants - Environmental Properties- Refrigerants - Physical Properties- SAE Multigrade Oil Properties- STP and NTP- Saturated Ice and Steam- Silver - Melting Points- Slurry - Density- Soft and Hard Water- Softwood Lumber Standard - Solids - Specific Heat Capacities- Solids and Metals - Specific Gravities- Speed of Sound in Air- Stainless Steels Classifications- Surface Tension of Water- Thermal Conductivity - Liquids- Thermal Conductivity - Metals- Thermal Expansion Metals- Thermoplastic Pipes- Thermoplastics- U.S Standard Atmosphere- UNS - Unified Numbering System- Vapor Pressure- Vinyl Ester - Chemical Resistance- Viscosity Converting Chart- Wood Densities- Wood Species- Wood and Combustion Heat Values* All Content is Searchable and available offline

  • size 38.5 MB

Thermodynamics Basics - Materials Engineers

Thermo Basics contains a large selection of Thermodynamics laws, equations, tables and reference material. Table of Contents:First Law of ThermodynamicsSecond Law of ThermodynamicsThird Law of ThermodynamicsAbsorbed Solar RadiationCarnot EfficiencyCoefficients of Cubical Expansion of LiquidsCoefficients of Linear ExpansionConductive Heat TransferConvective Heat TransferCooling Mode and Heat FluxCritical Points some common SubstancesDensity of FluidsDiffusion CoefficientsDowtherm AEfficiencyEmissivity CoefficientsEnergyEnergy Conversion FactorsEnergy DensityEnergy Storage in WaterEnergy Transfer EquationFreezing MixturesFreezing PointsHeat CapacityHeat Storage in MaterialsHeat Transfer Coefficients in Heat ExchangersHeat, Work and EnergyHeating Up Applications - Energy RequiredHeating ValueLatent Heat of MeltingOverall Heat Transfer CoefficientPower Plant Performance FactorsProperties and StateRadiation ConstantsRadiation EmissivityRadiation Heat Emissivity for AluminumRankine EfficiencyResistivity from ConductivitySalt Hydrates - Melting points and Latent EnergySpecific Heat CapacityStandardized Enthalpies and EntropiesTemperature Expansion CoefficientsThermal Conductance Conversion FactorsThermal Conductivities of Heat Exchanger MaterialsThermal ConductivityThermal Expansion - LinearThermal Expansion - Volumetric or CubicThermal TransmittanceThermodynamic TermsUnits of HeatWater - Temperature and Specific GravityZeroth Law of Temperature* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 24.6 MB

Gas Basics - Mechanical & Petroleum Engineers

Gas Basics is ideal for natural gas professionals and pipeline engineers. The app includes a variety of tables, equations, tips and notes. Table of Contents: - Charles Law- Air - Absolute and Kinematic Viscosity- Air - Density and Specific Weight- Air - Temperature and Volume- Air Compressors - Yearly Power Costs- Air Line Pipe- Air Properties- Air Tools and Air Consumption- Boyles Law- Classification of Gases- Compressed Air Pipelines- Compressed Air Quality- Compressed Air Receivers- Compressed Air and Gas - Storage Volumes- Daltons Law- Density of Dry Air, Water Vapour and Moist Humid Air- Gas Carrying Capacities House Piping- Gas Cookers- Gas Mixture Properties- Gas Pipes - Approved Materials- Gases - Critical Temperatures and Pressures- Gases - Densities- Gases - Explosive and Flammability Concentration Limits- Gases - Specific Gravities- Horsepower required to Compress Air- Ideal Gas Law- LNG- LPG- Low Pressure Gas Pipe Sizing- Medical Gas Piping- Medical Gases - Piping Dimensions- Methane - Natural Gas Pipe Sizing- Pascals Laws- Pressure- Pressure Loss in Compressed Air Pipelines- Propane Butane Mix - Evaporation Pressure- Propane Gas Pipe Sizing- Properties of Air at Moderate Pressure- Rating of Air Compressors and Air Equipment- Relief Valves - Length of Vent Lines- Safety Valves and Relief Capacity - Safety Valves in Gas Systems- Specific Heat Ratio of Air- Speed of Sound in Air- Steam and Vapor Enthalpy- Types of Air Compressors- Vacuum - Evacuation Time- Vacuum - Expanded Air Ratio- Vacuum and Flow Measurement- Vacuum Pressure - Converting Units- Vapor and Steam- Vapor Pressure* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 26.1 MB

Steam Basics - Mechanical & Gas Engineers

Steam Basics contains a large selection of Steam equations, tables and reference material. Table of Contents: - Air and Steam Mixture- Air Humidifying with Steam- Boiler Blowdown- Capacities of Condensate Lines - Classification of Steam Heating Systems- Classification of Boilers- Condesate Generation in Cold Steam Pipes- Condensate Pumping- Entropy of Superheated Steam- Feed Water Treatment- Flash Steam Generation- Flow Coefficient Cv and Flow Factor Kv- Friction or Major Resistance in Condensate Lines - Generation of Condensate in Cold Steam Pipes- Heat Emission from Pipes Submerged in Oil and Fat- Heat Emissions from Pipes Submerged in Water- Heat Loss from Oil Filled Tanks- Heat Loss from Steam Pipes - Heating Capacity of Steam Radiators and Convectors- Humidifying Air with Steam- Insulated Steam Pipes- Overall Heat Transfer Coefficients- Pipes and Tubes - Temperature Expansion- Properties of Saturated Steam - Recommended Feed Water Chemistry Limits- Safety Valves in Low Pressure Steam Systems- Sizing Condensate Pipes- Sizing Steam Pipes- Soft and Hard Water- Steam and Condensate Loads in Heating Systems- Steam Consumption of Some Typical Consumers- Steam Heating Processes - Load Calculating- Steam Pipe Pressure Drop Calculator- Steam Pipes Sizing- Steam Tracing of Pipelines- Steam Tap Selection Guide- Thermal Expansion of Steam Pipes- Vapor and Steam- Wet Steam Quality and the Dryness Fraction* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 26.4 MB

Process Control Basics - Industrial Engineers

Process Control Basics contains a large selection of Process Control equations, tables and reference material. Table of Contents: - Adding Kv or Cv Values- Chemicals and Hazard Rating Systems- Control Valves and Cavitation- Control Valves and Flow Characteristics- Dust Explosions- Dynamic or Absolute Viscosity Converting Chart- Firestep Ratings- Flash Point- Flow Coefficients Cv and Flow Factor Kv - Flow Coefficients of Straight Through Diaphragm Valves- Flow Coefficients of Weir Diaphragm Valves- Flowmeter Accuracy- Gasses - Specific Gravities- Hazardous Areas Classification- Hazardous Areas Protection Techniques- Ingress Protection Ratings- ISA Instrumentation Codes- Leakage Classification of Control Valves- Measuring Air Humidity - Metals and Corrosion Resistance- Non Destructive Testing- Office, Nozzle and Venturi Flow Rate Meters- Piping and Instrumentation Diagram - Process Flow Diagram- Pressure- Process Control and Common Terms- Process Controllers- Reliability of Machine Components- RTD - The Thermal Resistive Sensor- Sluice Gate Flow Measurements - Steam Control Valves- Target Flow Meters- Temperature- Temperature Sensors- Thermocouples- Utrasonic Doppler and Time of Flight Flowmeters- U-Tube Manometer- Valve Authority- Vortex Shedding Frequency - Waste Water and Flow Capacity - Water Control Valves* All Content is Searchable* All Content is available offline (no need for WiFi or Internet Connection) * Please send us any questions, comments or suggestions using our website

  • size 26.3 MB