Heat engineering

Interactive reference book

Book 1. Heat enginnering. General.

• 2.2.1. Work with the empirical formula (pic) (problem description)

• Table 4.1. Derivatives of elementary functions
• Table 4.2. Integrals
• Table 4.4. Probability density of normal distribution
• Table 4.5. Probability integral
• Page. 138. Integration by a method of rectangles
• Page. 138. Integration by a method of trapezes
• Page. 140. Search of a minimum of function by a golden section method

• Table 6.5. The moments of inertia of flat bodies

• Reference book of thermodynamic magnitudes
• Table 7.1. Recalculation of solution strength (pic)
• Table 7.2. Water solubility of substances (pic)
• Table 7.14. Calculation of water constant depending on temperature and pressure (pic)
• 7.2.4. Sparingly soluble electrolytes
• Table 7.2. Water solubility of inorganic and some organic compounds
• Image 7.6. Diagram E-pH for system iron-water
• Table 7.3-7.57. In development

• Table 8.39. A combination of steels in corrosion-resistant bimetals
• Table 8.55. Properties of fireproof products (pic)
• Table 8.56. Properties of rigid light fireproof products
• Table 8.59. Properties of fireproof coverings and ramming mixtures
• Table 8.61. Propertiesheat-insulated materials and products
• Quasistatic coefficient of elasticity (Table) (What is it?) (comment about calculation)

Book 2. Theory of heat engineering. Heat engineering experiment

• Image 1.1. kinematic viscosity depending on temperature water (pic), oil (pic) и air (pic)
• 1.11.2. Gasodynamic functions:  var 1 var 2 var 3 var 4 var 5 var 6  var 7 (pic)
• Table 1.7. Rate of discharge K for new steel pipes
• Table 1.13. Coefficient of surface tension of some fluids on saturated vapour border (in development)
• Table 1.14. Coefficient of surface tension of 6 ozone-safe freons (in development)

• Image 2.3. Phase diagram p,t of H₂O (pic)
• Image 2.6. Specific volume of water depending on temperature (pic)
• Image 2.17. Range of application of the International system of the equations (formulation) IF-97 (pic)
• Image  2.6. Specific volume depending on temperature and pressure
• C_p of gases
• Table 2.10. Thermodynamic properties of saturated water and water steam in saturated state: depending on T, depending on P
• Properies of freon 134а on saturation line
• Table 2.11. Thermodynamic properties of water and water steam (with a thermodynamic surface)  PDA version

• Properties of refrigerants on the saturation line (from the program REFPROP): R11 R113 R114 R115 R116 R12 R123 R124 R125 R13 R134a R14 R141b R142b R143a R152a R21 R218 R22 R227ea R23 R236ea R236fa R245fa R365mfs R41 R32 RС318 R245fa (description of the technology of data networking calculations)

• Properties of substances on the saturation line (from the program REFPROP): Acetone Ammonia Argon Benzene Butane Butene Carbon dioxide Carbon monoxide Carbonyl sulfide Cis butene Cyclohexane Cyclopropane Decane Deuterium Dimethylether Dodecane Ethane Ethanol Ethylene Fluorine Heavy water Helium Heptane Hexane Hydrogen Hydrogen sulfide Isobutane Isobutene Isohexane Isopentane Krypton Methane Methanol Neon Neopentane Nitrogen Nitrogen trifluoride         Nitrous oxide Nonane Octane Oxygen Parahydrogen Pentane Perfluorobutane Perfluoropentane Propane Propylene Propyne Sulfur dioxide Sulfur hexafluoride Toluene Trans-butene Trifluoroiodomethane Water Xenon (description of the technology of data networking calculations)

• Dependence of one parameter of water and water steam on two others (family of curves)
• Table 2.15. Thermodynamic properties CO₂ in the saturated state
• Table 2.16. Thermodynamic properties of nitrogen in the saturated state
• Table 2.17. Thermodynamic properties of ammonia in the saturated state
• Thermodynamic properties of methane
• Thermodynamic properties of Therminol XP
• Thermal conductivity of solids
• Thermal conductivity of sea water and its simulators
• Properties of fluids on the saturation line
• Thermal conductivity and viscosity of fluids and gases
• Properties of heavy water
• Properties of sea water
• Thermodynamic properties of superheated fluids
• Propertis of heat conducting actuating mediums
• Physical properties of glycerine
• Speific isobar thermal capacity of glycerine water solution – in development (pic)
• Thermalphysic properties of gas condensates
• 2.5. General thermodynamic processes: site about thermodynamic cycles

• Table 3.1. Special cases of thermal conductivity differential equation
• Table 3.2. Thermal conductivity of gases and vapours (another variant)
• Table 3.3. Thermal conductivity of fluids (source: reference book "Phsical magnitudes")
• Table 3.4.Thermal conductivity of pure tough metals (pic)
• Table 3.5. Thermal conductivity of steels
• Table 3.6. Thermal conductivity of alloys (pic)
• Table 3.7. Density, thermal conduction, specific thermal capacity of technological matters (in development)
• Table 3.8. Density, thermal capacity of metals and alloys
• Table 3.9. Stationary thermal conductivity in bodies primary form
• Part 3.3.3. Thermal conductivity of lamellar wall
• Table 3.10. Thermal resistance of bodies of the various form (form 1) (form 2) (form 3) (form 4) (form 5) (form 6) (form 7) (form 8)
• Table 3.11. Thermal conductivity of a bar
• Calculation of a thickness of a layer of a thermal insulation
• 3.3.7. Thermal conductivity in the presence of internal sources of heat:
• Infinite-size lamina with the set temperatures on both surfaces
• Infinite-size lamina with the set temperature on one surface and isolated second surface
• Infinite-size lamina with the set conditions of heat exchange on both surfaces
• Long round pipe with the set temperatures on both surfaces
• Long round pipe with the set temperature on an external surface and isolated on an internal surface
• Long round pipe with the set temperature on an internal surface and isolated on an external surface
• Long round pipe with the set conditions of heat exchange on internal and external surfaces
• Table 3.12. Bassel fnction
• Table 3.13. Ratios for calculation of a temperature field of one-dimensional bodies
• Table 3.14. Thermalphysic properties of water on the saturation line: depending on T, P
• Table 3.15. Thermalphysic properties of water steam on the saturation line: depending on T, P
• Table 3.16. Thermalphysic properties of dry air
• Table 3.17. Thermalphysic properties of oil MK Turbine oils TP-22 and TP-30
• Table 3.18. Thermalphysic properties of liquid metals
• Thermalphysic properties of ammonia vapour on the saturation line
• 3.6. Heat transfer at a flow of gases in pipes
• 3.6.2. Laminar flow regime (tables 3.19, 3.20 и 3.21)

• Calculation of a solar energy arrival on any way focused surface

Book 3. Thermal and nuclear power plants

• Image 3.6. A rotor of average pressure (pic)
• Image 3.24. Geometrical parameters of a lattice (pic)
• Definition of water steam humidity degree or its overheat at isotropic expansion
• Calculation of water steam expansion in turbine K-300-240 LMZ (pic)
• Calculation of low pressure economizer
• Calculation of high pressure economizer
• Calculation of evaporator
• Calculation of the thermal scheme nuclear power station steam-turbine block with reactors RBMK-1000 (pic)
• Calculation of the gas turbine power plant
• Calculation of the gas turbine power plant STIG

• Look at "Water treating" and "Water regime" at http://www.vpu.ru/mas#VPU

Book 4. Industrial thermal engineering and thermal engineering.

• Table 4.1. Thermalphysic properties of furnace gases at burning of natural gas
• Table 4.2. Thermalphysic properties of diphenyl mixture
• Table 4.3. Thermalphysic properties of liquid aromatized oil AMT-300
• Table 4.4. Thermalphysic properties of liquid lead (in development)
• Table 4.33. Density of substances solutions depending on mass concentration
• Table 4.36. Surface tension of some water solutions
• Table 4.48. Pressure of saturated steams over liquids
• Table 4.49. Equilibrium mole concentration of low-boiling component in vapour phase and boiling point of mixture
• Table 4.50. Magitude of Henry coefficient for water solutions of some gases
• Calculation of an one-stage refrigerator
• Calculation of the required volume of solution of ethyl alcohol for cooking-freezing liquid for a car

• Table 6.15. Duration of the periods n_i, hour/year, with concrete temperatures of external air for the heating season in some cities of Russia

Book 5. Interactive reference book in the internet: about its creation and supplement