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Tectonophysical implications of rock stress determinations

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Zusammenfassung

Die Kenntnis räumlicher Veränderungen (sowohl hinsichtlich der Größe wie der Richtung) und zeitlicher Veränderungen des stress tensor an verschiedenen Punkten der Erdkruste ist entscheidend für unser Verständnis der Grundzüge der Tektogenese. Die Mittel, mit deren Hilfe diese Daten gewonnen werden können, bilden den Hauptgegenstand eines neu entwickelten Tätigkeitsbereiches, der sich mitin situ-Messungen des stress befaßt. Mit dem schnellen Fortschritt der technischen Entwicklung, steigendem Personalstand und zunehmendem Anfall von Geländeergebnissen dehnt sich dieses Forschungsgebiet immer weiter aus. Obwohl zunächst Ingenieur- und Bergbautätigkeit (wegen der unmittelbaren Anwendbarkeit dieser Daten auf die Untertagekontrolle) Ausgangspunkt waren, erscheinen uns die — bisher weitgehend außer acht gelassenen — geologischen Folgerungen sehr erheblich. Stress-Bestimmungen werden auf jedem Kontinent angestellt. Der Zweck dieser Arbeit ist es, die geologische (und geophysikalische) Relevanz der gegenwärtigen Stress-Messungen hervorzuheben, mit deren Ergebnissen entsprechende Theorien der Tektogenese in Einklang stehen müssen.

Abstract

Knowledge of spatial variations (concerning both magnitude and orientation) and temporal variations of the stress tensor at various points in the earth's crust is crucial to our understanding of the fundamental nature of tectogenesis, The means by which this data can be acquired forms the principal subject of a newly developed field of endeavor concerned with thein- situ measurement of stress. This field of research is expanding, with rapid advances in development of techniques, numbers of personnel, and acquisition of field data. Although primarily motivated by engineering and mining operations (because of the immediate applicability of this data to subsurface ground control), the geologic implications — thus far largely ignored — appear enormous. Determinations of stress have been made in every continent. The purpose of this paper is to emphasize the geological (and geophysical) relevance of current stress measurement work, which imposes conditions with which adequate theories of tectogenesis must comply.

Résumé

La connaissance des variations de l'espace (concernant aussi bien la magnitude que l'orientation) et des variations temporelles du «stress tensor» à des points différents de la croûte de la terre est décisive à notre entendement de la nature fondamentale de la tectogenèse. Les moyens par lesquels ces dates peuvent être obtenues, sont le sujet principal d'une sphère d'activité récemment développée, qui s'occupe des mesuragesin situ du stress. Ce domaine de recherches s'élargi avec le développement rapide des techniques, nombre du personnel, et acquisition des dates de champs. Bienque primairement motivé par des opérations ingénieures et minières (à cause de l'applicabilité immédiate de ces dates au contrôle du sous-sol), les conclusions géologiques — largement ignorées jusqu'à présent — apparaîssent énormes. Des déterminations de stress ont été exécutées dans tous les continents. Le but de ce travail est donc de souligner l'importance géologique (et géophysicale) des travaux de mesurage de stress en cours, imposant des conditions avec lesquelles des théories adéquates de tectogenèse doivent être mises d'accord.

Краткое содержание

Данные о пространств енных и временных изм енениях стрессового тензора в различных точках зе мной коры важны для по нимания основ тектогенеза. Методы, с помощью кото рых получают эти данн ые, являются новой областью науки, заним ающейся измерением с трессов in situ. Авторы пытаются подчеркнут ь важность этих совр еменных стрессовых измерени й для геологии и геогр афии; теории тектоген еза надо согласовывать с результатами этих и змерений.

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References

  • Carey, S. W.: The tectonic approach to continental drift. - Hobart Continental Drift Symposium, p. 177–355, 1958.

  • Coates, D. F. & F.Grant: Stress measurements at Elliot Lake. - Canadian Mines and Tech. Surveys, Divisional Report FMP 66/9 - MRL, 1966.

  • Deacon, D. D. &R. H. Swan: Discussion. - J. S. Afr. Inst. of Min. Metall.,65, 656–664, 1965.

    Google Scholar 

  • Denkhaus, H. G.: Residual stresses in rock masses. - General Report of Theme 4, Proc. First Congress, Internat. Soc. Rock Mechanics,III, 312–331, 1967.

    Google Scholar 

  • Fairhurst, C.: Methods of determining in-situ rock stresses at great depths: Tech. Rept. No. 1–68, Mo. River Div., Corps of Engineers, 89 p., 1968.

  • Fitzhugh, T. L., T. C. Nichols &J. F. Abel, jr.: Use of a solid inclusion borehole probe to determine 3-dimensional stress changes in a rock mass. - Trans. Amer. Geophys. Union,49, 1, p. 302, 1968.

    Google Scholar 

  • Florensov, N. A.: The Baikal Rift Zone. - The World Rift System: Geol. Survey Canada Paper 66–14, p. 173–180, 1966.

  • Gray, W. M & N. A.Toews: Analysis of accuracy in the determination of the ground stress tensor by means of borehole devices. - 9th Rock Mechanics Symp., Golden, 43 p., 1967. - [Preprint].

  • Gzovsky, M. V.: Scheme of stress state of earth's crust and energy of tectonic processes connected with upper mantle of USSR territory. - Proc 2nd Int. Symp. Recent Crustal Movements, p. 495–498, 1966.

  • Hafner, W.: Stress distributions and faulting. - Geol. Soc. America,62, 373–398, 1951.

    Google Scholar 

  • Hast, N.: The measurement of rock pressure in mines. - Sveriges Geologiska Undersokning, ser. C, n. 560, 1958.

  • Hast, N. &T. Nillson: Recent rock pressure measurements and their implications for dam building. - 8th Int. Conf. Large Dams,1, 601–610, 1964.

    Google Scholar 

  • Hawkes, I. &Hawkes, S.: The measurement of in-situ rock stress using the photoelastic biaxial gauge with the core-relief technique. - Internat. Jour. Rock Mech. Mining Sci.,2, 405–419, 1965.

    Google Scholar 

  • Hayes, D. J.: The in-situ determination of the complete state of stress in rock. - CSIR Report MEG 404, Pretoria 1965.

  • Hooker, V. E. &W. I. Duvall: Stresses in rock outcrops near Atlanta, Ga. - U. S. Bureau of Mines, RI 6860, 18 p., 1966.

    Google Scholar 

  • Hooker, V. E. & C. F.Johnson: In-situ stresses along the Appalachian Piedmont. - 4th Canadian Rock Mech. Symp., Ottawa 1967. - (preprint).

  • Innes, M. J. S. & A. A.Weston: Crustal uplift of Canadian shield and its relation to the gravity field. - Proc. 2nd Int. Symp., Recent Crustal Movements, p. 169–175, 1966.

  • Jaeger, J. C.: Elasticity, fracture and flow (2nd Ed.). - 212 p., London (Methuen, Ltd.) 1962.

    Google Scholar 

  • Jeffreys, H.: The Earth. - Cambridge (Univ. Press) 1959. - (4th Ed.)

    Google Scholar 

  • Lensen, G. J.: Principal horizontal stress directions as an aid to the study of crustal deformation. - Pub. Dominion Obs.,24, 10, 389–397, 1961.

    Google Scholar 

  • Leeman, E. R.: The measurement of stress in rock. - South African Inst. Mining and Metall.,65, 45–114 and 254–284, 1964. - (1964 a).

    Google Scholar 

  • -: Rock stress measurements using the trepanning stress relieving technique. - Mine and Quarry Engineering, p. 250–255, 1964. - (1964 b).

  • -: The borehole deformation type of rock stress measuring instrument. - CSIR Report MEG 445, Pretoria 1966.

  • Leeman, E. R. &D. J. Hayes: A technique for determining the complete state of stress in rock using a single borehole. - Proc. First Congress Internat. Soc. Rock Mechanics,II, 17–24, 1966.

    Google Scholar 

  • Merrill, R. H., J. V.Williamson, D. M.Ropchan & G. H.Kruse: Stress determination by flatjack and borehole-deformation methods. - U. S. Bureau of mines RI 6400, 39 p., 1964.

  • Obert, L., R. H.Merrill & T. A.Morgan: Borehole deformation gauge for determinig stress in mine rock. - U. S. Bureau of Mines R. I. 5978, 11 p., 1962.

  • Orowan, E.: Non-newtonian viscosity, continental drift and Mountain Building. - Phil. Trans. Royal Soc.,258, 1965.

  • Pavoni, N.: Recent horizontal movements of the earth's crust as related to Cenozoic tectonics. - Proc. 2nd Int. Symp. Recent Crustal Movements, p. 317–324, 1966.

  • Ritsema, A. R.: Some reliable fault plane solutions. - Pure and Applied Geophysics, p. 58–74, 1965.

  • Rocha, M.: Discussion of Theme 4. - Proc. First Congress, Internat. Soc. Rock Mechanics,III, 1967.

  • Runcorn, S. K.: Satellite gravity measurements and convection in the mantle. - Nature,200, 628–630, 1963.

    Google Scholar 

  • —: Phil Trans. Royal Soc.,258, 228–251, 1965.

    Google Scholar 

  • Sanford, A.: Analytical and experimental study of simple geologic structures. - Geol. Soc. America Bull.,70, 19–52, 1959.

    Google Scholar 

  • Terzaghi, K.: Measurements of stress in rock. - Geotechnique,12, 105–124, 1962.

    Google Scholar 

  • Van Bemmelen, R. W.: On Mega-Undations. - Tectonophysics,3, 83–127, 1966.

    Google Scholar 

  • VanHeerden, W. L. & F.Grant: A comparison of two methods for measuring stress in rock. - 4th Canadian Rock Mech. Symp., Ottawa, 28 p., 1967. - (preprint).

  • Vine, F. J.: Spreading of the ocean floor: new evidence. - Science,154, no. 3155, p. 1405–1415, 1966.

    Google Scholar 

  • Voight, B.: On photoelastic techniques, in-situ stress and strain measurement, and the field geologist. - Jour. Geol.,75, 46–58, 1967.

    Google Scholar 

  • —: Interpretation of in-situ stress measurements. - Panel Report of Theme 4, Proc. First Congress, International Society of Rock Mechanics,III, 332–348, 1966.

    Google Scholar 

  • -: The evolution of the North Atlantic Ocean: Relevance of rock pressure measurements, in M. Kay, ed., Gander Conference on the origin of the North Atlantic Ocean. - Amer. Assoc. Petrol. Geol. Memoir, 1968. - (in press).

  • Wilson, T.: A theory of planetary behaviour. - Prince Mukarram Jah Lecture, Indian Geophysical Union, Hyderabad, 17 p., 1966.

    Google Scholar 

  • Zienkiewicz, O. C. &Cheung, Y. K.: The Finite Element Method in Structural and Continuum Mechanics. - London (McGraw-Hill) 1967.

    Google Scholar 

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Voight, B., Taylor, J.W. & Voight, J.P. Tectonophysical implications of rock stress determinations. Geol Rundsch 58, 655–676 (1968). https://doi.org/10.1007/BF01820727

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