Titlebook: Geoenvironmental Practices and Sustainability; Linkages and Directi G.L. Sivakumar Babu,Krishna R. Reddy,Manoj Datta Book 2017 The Editor(s

領(lǐng)巾

Dynamic Properties of Municipal Solid Waste and Amplification of Landfill Site,inimum and maximum amplifications are 1.35 and 4.05. This study shows that Indian MSW has less shear stiffness and loose filling, may be subject to more amplification for moderate earthquake ground motions, which need to be accounted for seismic design of landfills.

DAUNT

Resistance Factor Calculations for Load Resistance Factor Design (LRFD) of MSW Landfill Slopes,ed with shear parameters and should be given due consideration in the optimum designs. Therefore, the present work reports a procedure for determining the resistance factors for stability number (in terms of unit weight, cohesion) and friction angle of MSW in accordance with LRFD of MSW landfill slo

平項(xiàng)山

Zeta Potential and Particle Size Characteristics of Red Mud Waste,the zeta potential analyser. Results indicate that the zeta potential increases with pH up to a certain pH value of 4 and then begin to fall with the further increase in pH. The zeta potential turned into negative (up to a maximum value of ?48 mV) at pH value of 6.6, which denotes the point of zero

Ledger

Effective Management of Aged Stockpiled Solid Wastes in India,s in Europe and the USA to the Indian situation are discussed. The management approaches discussed in this research may be of some relevance in the situations where the wastes are to be mined from old landfills in the USA.

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scoliosis

潛移默化

Reliability-Based Sustainable Design of Piled Raft-Supported Structure,imulation (MCS). Probability of failure is assessed and design implications are also suggested. Finally, this study highlights importance of reliability-based design of piled raft foundation and rational choice of DSSI modeling which may help sustainable design of piled raft foundation.