1. CONSTRUCTION OF AN ASH POND WITH WRP, FLY ASH AND LOCALLY AVAILABLE SOIL – A Case Study by 1. A.K.Choudhary, 2. J.N.Jha and 3. B.P.Verma 1. Lecturer, Deptt. of Civil Engg., NIT, Jamshedpur 2. Professor, Deptt. of Civil Engg., Guru Nanak Dev Engineering College, Ludhiana 3. Director, Sangvi Innovative Acad Indore, MP
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12. Table-1: Trial Mix 50:50 M4 40:60 M3 30:70 M2 Flyash is in terms of dry weight of WRP 20:80 M1 Remark Flyash:WRP Mix
13. Table:2 WRP and Fly Ash Mixes M2, M3 : Unconsolidated untrained trained test Falling Head permeably test Permeability requirement 10 -7 cm/sec. Flyash on higher side and slushy due to high moisture content - - 17.20 16.09 M4 Stable 1.75x10 -5 25 85 15.60 16.66 M3 Stable 1.78x10 -5 30 60 14.40 17.84 M2 Flyash on lower side - - - 14.00 18.64 M1 Remarks K (cm/sec.) Ø (°) C (kPa) OMC(%) MDD(kN/m3) Mix
14. Table 3 : WRP Fly ash and cement mixture *Cement used as dry weight of WRP and fly ash (mix M3) ** confirm permeability requirement and posses considerable shear strength 2.38x10-7 30 120 7 M3 C2** 3.30x10-7 33 100 5 M3 C2** MDD and OMC value for the mixes consider same as M3 2.39 x10-6 36 25 3 M3 C1 Ø (°) C(kPa) Remakrs K(cm/sec.) MDD –OMC Cement*(%) Mix
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17. Table 4: WRP, Fly ash and clay mixture *Clay is taken as dry weight of WRP only ** Confirms permeability requirement 2.04x10-7 16.40 18.04 15 M2C5** 2.36x10-7 15.80 17.82 10 M2C4** K(cm/sec.) OMC (%) MDD (kN/m3) Clay (%)* Mix