Górotwór (górnictwo) – Wikipedia, wolna encyklopedia

Górotwór – ogół utworów skalnych, w których prowadzone są roboty górnicze^[1]. Stanem naprężeń w górotworze przed i po wykonaniu wyrobisk zajmuje się mechanika górotworu^[2]^[3].

Zobacz też

Przypisy

↑ górotwór – Słownik języka polskiego PWN [online], sjp.pwn.pl [dostęp 2024-08-02] (pol.).
↑ Barry H.G.B.H.G. Brady Barry H.G.B.H.G., E.T.E.T. Brown E.T.E.T., Rock Mechanics: For underground mining, Springer Science & Business Media, 28 listopada 2006, ISBN 978-1-4020-2064-3 [dostęp 2024-08-02], Cytat: Rock mechanics have occurred which justified a comprehensive revision of the text. In the field of solid mechanics, major advances have been observed in understanding the fundamental modes of deformation, failure and stability of rock under conditions where rock stress is high in relation to rock strength." "From the point of view of excavation design practice, a capacity for computational analysis of rock stress and displacement is more widely distributed at mine sites than at the time of preparing the first edition." "First, strain localisation in a frictional, dilatant solid is now recognised as a source of excavation and mine instability. Second, variations in displacement-dependent and velocity-dependent frictional resistance to slip are accepted as controlling mechanisms in stability of sliding of discontinuities (ang.).
↑ Bażyński J., Turek S., 1969: Słownik hydrogeologii i geologii inżynierskiej. Wydawnictwa Geologiczne, Warszawa, s. 73.

[1] górotwór – Słownik języka polskiego PWN [online], sjp.pwn.pl [dostęp 2024-08-02] (pol.).

[2] Barry H.G.B.H.G. Brady Barry H.G.B.H.G., E.T.E.T. Brown E.T.E.T., Rock Mechanics: For underground mining, Springer Science & Business Media, 28 listopada 2006, ISBN 978-1-4020-2064-3 [dostęp 2024-08-02], Cytat: Rock mechanics have occurred which justified a comprehensive revision of the text. In the field of solid mechanics, major advances have been observed in understanding the fundamental modes of deformation, failure and stability of rock under conditions where rock stress is high in relation to rock strength." "From the point of view of excavation design practice, a capacity for computational analysis of rock stress and displacement is more widely distributed at mine sites than at the time of preparing the first edition." "First, strain localisation in a frictional, dilatant solid is now recognised as a source of excavation and mine instability. Second, variations in displacement-dependent and velocity-dependent frictional resistance to slip are accepted as controlling mechanisms in stability of sliding of discontinuities (ang.).

[3] Bażyński J., Turek S., 1969: Słownik hydrogeologii i geologii inżynierskiej. Wydawnictwa Geologiczne, Warszawa, s. 73.

[1]

[2]

[3]