Building damage risk assessment on mining terrains in Poland with GIS application

Malinowska, Agnieszka; Hejmanowski, Ryszard

doi:10.1016/j.ijrmms.2009.09.009

Cited by 69 publications

(34 citation statements)

References 13 publications

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“…GIS is widely applied in many branches of economics and science (Forte et al, 2005;Hejmanowski and Malinowska, 2010;Ju et al, 2012;Mergili et al, 2012;Taramelli et al, 2008;Theilen-Willige, 2010 GIS surveys were performed on raster surfaces. The first stage of spatial data work lay in defining boundary conditions, on the basis of which the most extreme values could be rejected (Step 5).…”

Section: Gismentioning

confidence: 99%

Modelling of cave-in occurrence using AHP and GIS

Malinowska

Dziarek

2014

Nat. Hazards Earth Syst. Sci.

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Abstract. The analysis of mining-induced sinkholes occurrence is a very important issue as far as the spatial development optimization is concerned. Research conducted for this paper was focussed on examining the applicability of GIS and the associated AHP method (analytic hierarchy process) for estimating the risk of discontinuous deformation occurrence on the surface. Qualitative factors were accounted for in the sinkhole risk assessment, thus creating bases for the research. These elements play an important role in the process of sinkholes formation; however, they were not used in prediction models. Another assumption lay in minimizing the number of variables in the model. Accordingly, the most important qualitative and quantitative risk factors were finally selected on the basis of whether the risk of cave-ins occurrence on the surface could be calculated. The results of the estimation of potential sinkhole zones were verified. The locations of actual and high-risk potential discontinuous deformation were compared. The congruence between predicted values and the actual observations of sinkholes was very high. The results of research presented prove the necessity to evaluate sinkhole hazards in view of qualitative factors.

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Section: Gismentioning

confidence: 99%

Modelling of cave-in occurrence using AHP and GIS

Malinowska

Dziarek

2014

Nat. Hazards Earth Syst. Sci.

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“…The less resistive is the building, the greater is the number of points. On the basis of the final sum of points, the building can be classified in the five-degree scale of vulnerability [7,8,10]. The least resistive are buildings of the zero category, whereas the strongest ones are the four category buildings ( Table 2).…”

Section: Tablementioning

confidence: 99%

“…However, thus acquired knowledge of object resistance is non-homogeneous and strongly burdened with subjectivism of construction experts. The magnitude and non-homegeneity of risk factors, uncertainty of information, incompleteness of data and subjectivity of expert assessment make precise evaluation of the risk of building damage impossible [2,4,8,9]. The currently applied methods of building damage risk assessment in Poland are not sufficient.…”

Section: Introductionmentioning

confidence: 99%

A fuzzy inference-based approach for building damage risk assessment on mining terrains

Malinowska

2011

Engineering Structures

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“…Samsonov et al (2013) have proposed a new InSAR time se ries method for stud ies of ground de for ma tion as so ci ated with post-min ing ac tiv ity at the French-Ger man bor der. In Po land, min ing ground sub si dence was stud ied by Malinowska and Hejmanowski (2010) and Malinowska (2011) who have pro posed a com bi na tion of ex pert sys tems and GIS in build ing a dam age risk as sess ment on mining-in duced ar eas in Po land. Jêdrzejec et al (2008) used GIS da ta bases for nu mer i cal pre dic tion of rock mass and sur face de for ma tion based on the Knothe the ory.…”

Section: Introductionmentioning

confidence: 99%

Analysis of surface changes in the Wałbrzych hard coal mining grounds (SW Poland) between 1886 and 2009

Blachowski

Milczarek

2014

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Un der ground coal min ing causes sur face changes such as sub si dence and land use trans for ma tions. The knowl edge of the char ac ter of sub si dence in both the past and pres ent pro vides use ful in for ma tion, e.g. for spa tial de vel op ment. This pa per pres ents a meth od ol ogy of de ter min ing sur face height changes based on car to graphic mod el ling in geo graphic in for ma tion sys tem (GIS) for an old min ing site. It has been ap plied in two test ar eas of a for mer coal ba sin in the Wa³brzych re gion (SW Po land) char ac ter ized by com plex geo log i cal and min ing con di tions. Sur face changes have been de ter mined based on avail able top o graphic maps of this area for a pe riod of 123 years (1886-2009) as the re sult of a set of in ter po la tion and map al ge bra op er a tions. The el e va tion val ues reach 52 and 63 m for ar eas A and B, re spec tively, and the max i mum sub si dence val ues de ter mined in GIS are 24 m for study area A and 36 m for area B. The for mer are as so ci ated with min ing waste dumps. These re sults have been com pared with the re sults of pre dic tions based on the em pir i cal Knothe the ory of sub si dence cal cula tions us ing spa tial sta tis tics pa ram e ters. It has been found that Knothe the ory-based mod el ling pro duces lower sub si dence val ues and more uni form sub si dence sur face than the ap plied method based on the ac tual el e va tion data. This may be due to ei ther the val ues of co ef fi cients of sub si dence used in the Knothe mod el ling method or the com plex and com pli cated min ing con di tions (nu mer ous over ly ing and in clined coal lay ers) of the Wa³brzych Coal Ba sin. The cal cu lated sur face height changes for the ana lysed pe riod are pre sented graph i cally and de scribed.

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Building damage risk assessment on mining terrains in Poland with GIS application

Cited by 69 publications

References 13 publications

Modelling of cave-in occurrence using AHP and GIS

Modelling of cave-in occurrence using AHP and GIS

A fuzzy inference-based approach for building damage risk assessment on mining terrains

Analysis of surface changes in the Wałbrzych hard coal mining grounds (SW Poland) between 1886 and 2009

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