Pipelines of heat power plants

I. Nikitina "Pipelines of heat power plants"

Interactive reference book

Project author: Valery Ochkov

Last update: unknown

Table 2.8. Yield point of steels at high temperatures by GOST 5520-79
Table 2.17. Mechanical properties of carbon and low-alloyed steels by GOST 5020-79 at temperature +20°С (in development)
Table 2.18. Mechanical properties of carbon and low-alloyed steels by TU 14-3-460-75 at temperature +20°С (in development)
Table 2.19. temperature coefficients of linear expansion α·10⁶, mm/(mm·°С) and density ρ, g/sm³, carbon and low-alloyed pipe steels depending on temperature (in development)
Table 2.20. Elongation modulus of carbon and low-alloyed pipe steels depending on temperature
Table 2.21. Thermal conductivity of carbon pipe steels depending on temperature
Table 2.25. Elongation modulus of pearlitic alloyed pipe steels depending on temperature
Table 2.26. Thermal conductivity of pearlitic alloyed pipe steels depending on temperature
Table 2.30. Elongation modulus of austenitic alloyed pipe and high-chromium steels depending on temperature
Table 2.31. Thermal conductivity of austenitic alloyed pipe and high-chromium steels depending on temperature
Table 5.1. Specific heat extensions of the most used pipe steels
Table 7.1. Heat loss normes of pipes isolated surfaces in heat power plants buildings

Other calculations are in development