2011•Coal science and technologyRequires access

Development Features and Max Height Calculation of Water Conducted Fractured Zone Caused by Fully Mechanized Top Coal Caving Mining

Teng Yong-hai

Open publisher page 6 citations

Abstract

According to the information measured in different mining areas,the development law and features of the water conducted fractured zone under the conditions of the fully mechanized top coal caving mining were discussed.Calculation formula for the max height of the water conducted fractured zone under the fully mechanized top coal caving mining was studied in the paper.The results showed that under the condition of the fully mechanized top coal caving mining,the developed height of the water conducted fractured zone would be higher than the conventional coal mining and the fully mechanized slice mining and would be increased by 1.37 times and 2.31 times individually than the other two mining operations.The fractured height and mining thickness ratio of the fully mechanized top coal caving mining would be basically the same to the fractured height and mining thickness ratio of the primary mining in the slice mining and the development pattern of the water conducted fractured zone would be a saddle shape.During the fully mechanized top coal caving mining under the water bodies,the given calculation formula could be applied to calculate the max height of the water conducted fractured zone.

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What this paper is about

According to the information measured in different mining areas,the development law and features of the water conducted fractured zone under the conditions of the fully mechanized top coal caving mining were discussed.Calculation formula for the max height of the water conducted fractured zone under the fully mechanized top coal caving mining was studied in the paper.The results showed that under the condition of the fully mechanized top coal caving mining,the developed height of the water conducted fractured zone would be higher than the conventional coal mining and the fully mechanized slice mining and would be increased by 1.37 times and 2.31 times individually than the other two mining operations.The fractured height and mining thickness ratio of the fully mechanized top coal caving mining would be basically the same to the fractured height and mining thickness ratio of the primary mining in the slice mining and the development pattern of the water conducted fractured zone would be a saddle shape.During the fully mechanized top coal caving mining under the water bodies,the given calculation formula could be applied to calculate the max height of the water conducted fractured zone.

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Available abstract

According to the information measured in different mining areas,the development law and features of the water conducted fractured zone under the conditions of the fully mechanized top coal caving mining were discussed.Calculation formula for the max height of the water conducted fractured zone under the fully mechanized top coal caving mining was studied in the paper.The results showed that under the condition of the fully mechanized top coal caving mining,the developed height of the water conducted fractured zone would be higher than the conventional coal mining and the fully mechanized slice mining and would be increased by 1.37 times and 2.31 times individually than the other two mining operations.The fractured height and mining thickness ratio of the fully mechanized top coal caving mining would be basically the same to the fractured height and mining thickness ratio of the primary mining in the slice mining and the development pattern of the water conducted fractured zone would be a saddle shape.During the fully mechanized top coal caving mining under the water bodies,the given calculation formula could be applied to calculate the max height of the water conducted fractured zone.

Key concepts: Mining engineering, Coal mining, Coal, Geology, Geotechnical engineering, Petroleum engineering, Engineering, Waste management

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