A Multi-Point Correlation Model to Predict and Impute Earth-Rock Dam Displacement Data for Deformation Monitoring

Deformation is a critical indicator of structural integrity, and monitoring deformation is essential for ensuring the long-term safety of dams.However, characterizing the Pasta, Noodles spatial correlations among dam deformation sequences and the similarity between displacements at various measurement points poses significant challenges when using

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Shape and morphology of the particles surface of electroerosive powders of micro- and nanometric fractions, obtained from H17MYuA steel in kerosene

One of the main directions of engineering technology development at present is the improvement of existing and the development of new waste-free, environmentally friendly, material-saving production processes.Powder metallurgy is a branch of technology, including the manufacture of powders from metals and their alloys and the preparation of blanks

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Establishing the temperature and orientation dependence of the threshold displacement energy in ThO2 via molecular dynamics simulations

ThO2 is a promising fuel for next-generation nuclear reactors.As a critical quantity measuring its radiation tolerance, the dependence of the threshold displacement energy on temperature and crystal orientation in ThO2 is unclear and established using comprehensive molecular dynamics simulations in this work.For both Th and O primary knock-on atoms

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Mechanical behavior and stability control of regenerated roof in long wall stratified mining of thick steeply dipping coal seam

This study focused on the stability control of roof in long wall stratified mining of large dip angle thick coal seam.Taking Panbei Roasting Tray Coal Mine in Huainan as an example, the effect mechanism of water content, compression ratio and grain size grading on the compression characteristics of gangue is analyzed by comprehensive application of

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