The Grace Mine, located in southeastern Pennsylvania, USA, was owned and operated by Bethlehem Steel Corporation during 1951–1977. During this time, iron ore was extracted using the underground panel caving mining method that has resulted in significant surface subsidence. Upon recovery of the water table after mining, a lake has formed over much of the subsided area. Before redevelopment of the abandoned mine site for residential and light industrial usage, an investigation of the subsidence zone of influence, and the potential for further subsidence has been undertaken.
LupoJ. F.: ‘Large-scale surface disturbances resulting from underground mass mining’, Int. J. Rock Mech. Min. Sci., 1998, 35, (4–5), 399.
4.
SimsS. J.: ‘The Grace Mine magnetite deposit, Berks County, Pennsylvania’, in ‘Ore deposits of the United States, 1933–1967: the Graton-Sales volume’, (ed. J. D. Ridge), Vol. 1, 108–124; 1968, New York, AIME.
5.
BasuD.: ‘Genesis of the Grace Mine magnetite deposit, Morgantown, Berks County, Southeastern Pennsylvania’, PhD thesis, Lehigh University, Bethlehem, PA, USA, 1974.
6.
AgarwalR., EbenC. F. and TaylorC. E.: ‘Rock mechanics program at Grace Mine’, Technical report no. 3, Henry Krumb School of Mines, ColumbiaUniversity, New York, USA, 1973.
PanekL. A.: ‘Subsidence in undercut-cave operations, subsidence resulting from limited extraction of two neighboring-cave operations’, Department of Mining Engineering, Michigan TechnologicalUniversity, Houghton, MI, USA, 1984.
9.
Itasca Consulting Group Inc, : ‘FLAC3D – fast Lagrangian analysis of continua in 3 dimensions: user's manual’, Version 4 0, Itasca, Minneapolis, MN, USA, 2009.
10.
SainsburyB., PierceM. and Mas IvarsD.: ‘Analysis of caving behaviour using a synthetic rock mass (SRM) – ubiquitous joint rock mass (UJRM) modelling technique’, Proc. 1st Southern Hemisphere Int. Rock Mech. Symp., (ed. Y. Potvin et al.), Vol. 1, ‘Mining and civil’, 243–253;2009, Perth, Australian Centre for Geomechanics.
11.
BoardM. and PierceM.: ‘A review of recent experience in modelling of caving’, Proc. Int. Workshop on ‘Numerical modelling for underground mine excavation design’, Asheville, NC, USA, June 2009, NIOSH, 1–5.
12.
SinghM. M.: ‘Mine subsidence’, in ‘SME mining engineering handbook’, (ed. H. L. Hartman), 2nd edn, 938–971; 2003, Littleton, CO, Society for Mining, Metallurgy, and Exploration, Inc.
13.
CavieresP., GaeteS., LorigL. and GomezP.: ‘Three-dimensional analysis of fracturing limits induced by large scale underground mining at El Teniente Mine’, in ‘Soil and rock America 2003’, (ed. P. J. Culligan et al.), 893–900; 2003, Essen, Verlag Glückauf.
14.
WilliamsD. J.: ‘Assessment of embankment parameters’, in ‘Slope stability in surface mining’, (ed. W. A. Hustrulid et al.), 275–284;2000, Littleton, CO, SME.
15.
Report of the Special Committee on Mining Subsidence, Institution of Municipal Engineers, London, UK, 1947.
16.
CollinsP. J.: ‘Measurement and analysis of residual mining subsidence movements’, in ‘Large ground movements and structures’, (ed. J. D. Geddes); 1978, New York, Wiley and Sons, 3–29.
17.
GrardC.: ‘Mining subsidence and the means permitting the limiting of their effects on the surface’, Rev. Ind. Miner., Jan. 1969, 51, 35–70.
18.
BraunerG.: ‘Subsidence due to underground mining’, IC 8571, US Bureau of Mines, Washington, DC, USA, 1973.
19.
ShadrinA. G. and ZomotinV. B.: ‘Calculating the durations of surface movements’, Fiziko-Tekhnicheskie Problemy Razrabotki Poleznykh Isopaemykh, 1977, (6), 21–26.
20.
GrayR. E., BruhnR. W. and TurkaR. J.: ‘Study and analysis of surface subsidence over mined Pittsburgh coalbed’, J0366047, US Bureau of Mines, Washington, DC, USA, 1977.
21.
HoodM., EwyR. T. and RiddleL. R.: ‘Empirical methods of subsidence prediction – a case study’, Proc. Workshop on ‘Surface subsidence due to underground mining’, Morgantown, WV, USA, November–December1981, West Virginia University, 100–123.
22.
LuoY. and PengS. S.: ‘Long-term subsidence associated with longwall mining – its causes, development and magnitude’, Min. Eng., 2000, 52, (10), 49–54.
23.
StewartD., ReinR. and FirewickD.: ‘Surface subsidence at the Henderson Mine’, in ‘Geomechanics applications in underground hardrock mining’, (ed. W. G. Pariseau), 205–212; 1984, New York, SME/AIME.
24.
van der MerveN. J.: ‘Subsurface erosion – a post subsidence phenomenon’, Proc. 9th ISRM Cong. on ‘Rock mechanics’, Paris, France, August1999, ISRM, 19–24.
