V. Kasilov "Hydraulic gas dynamics"
Interactive reference book
Project author
Valery Ochkov
Last update: 28.07.2009
Chapter 2. Characteristics of properties, thermodynamic parameters and state parameters of fluids and gases
Table 2.5.
Physical properties of dry air (р=101.325 kPa)
Table 2.6.
Thermal conductivity of gases and vapours
Table 2.7.
Kinematic viscosity of gases depending on temperature (р=101.325 kPa)
(
pic
)
Tables 2.8-2.10.
Properties of water depending on temperature and pressure
Table 2.13.
Physical properties of turbine oils (comparison)
(
pic
)
Table 2.13a. Physical properties of turbine oil Tp-22:
MAS 11
MCS 14
Physical properties of turbine oil Т-22
Physical properties of turbine oil Т-46
Table 2.13b.
Physical properties of turbine oil OMTI
Table 2.13c.
Physical properties of transformer oil
Table 2.13d.
Physical properties of turbine oil MS-20
Table 2.13e.
Physical properties of turbine oil MK
Table 2.13f.
Physical properties of turbine oil T-46
(
original table
from A Tsygankov "Calculation of ship's heat exchanging apparatuses. Reference book" L.: Sudpromgiz,. 1956)
Table 2.14.
Physical properties of water on saturation line
Table 2.15.
Physical properties of water steam on saturation line
Tables 2.16.-2.19. In development
Table 2.20.
Absolute humidity of air the set temperature and relative humidity
Example of Laval nozzle calculation
(
What is Laval nozzle?
)
Chapter 6. Research of model of one-dimensional flows in the decision of engineering tasks
Tables 6.2-6.4. Gasodynamic functions
var1
var2
var3
var4
var5
var6
var7
(
pic
)
Chaper 20. Characteristics of turbulent free-springing nappes
Table 20.4.
Enthalpy value of gases
Table 20.5. Real molar thermal capacity
Table 20.6. Average molar thermal capacity
Other
Estimation of friction resistance factor from value of number Re and roughness (graph of Nikuradze):
MAS 11
MCS 14
Sedimentationrate of particles
Liquid parameters of swapping from one capacity in another
Exercises from book
"Bases of hydraulics, heat engineering and aerodynamics"
new
Discharge calculation (Δp) in ventilated sewer stanchion by SP 40-102-2000
Other calculations are in development