S. No. |
TABLE OF CONTENT (IJERMS, 4(5):May -2017) |
Page No. |
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1 |
ANALYSIS OF THE GROUND WATER OF THE INDUSTRIAL ESTATE AT CHENNAI CITY. K.V.Parvathavarthini*1 & Dr.T.Senthilnathan2 |
1-10 |
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2 |
SOME METHODS OF REDUCING NOx COMPONENTS IN EXHAUST GAS. Dao Nam Cao*1 & Anh Tuan Hoang2 |
11-18 |
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3 |
SYMBOLIC REPRESENTATION OF EDGE LET FEATURES FOR FACE RECOGNITION: A NOVEL APPROACH. Yogish Naik *1 and Prabhakar C. J.2 |
19-24 |
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4 |
ACADEMIC EXCELLENCE THROUGH A NOBEL TECHNIQUE OF ACCREDITATION USING EDUCATIONAL DATA MINING. Renuka Agrawal*1, S. M. Ghosh2 & Jyoti Singh3 |
25-33 |
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5 |
UTILIZATION OF WASTE LIMESTONE DUST (LSD) WITH REPLACEMENT OF FINE AGGREGATES (FA) IN SELF-COMPACTED CONCRETE (S.C.C). Aamir Iqbal Bhat*1 & Ravi Kumar2 |
34-40 |
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6 |
MOBILE CLOUD COMPUTING WITH A CHANGED HIERARCHIC ATTRIBUTE-BASED SECRET WRITING ACCESS MANAGEMENT METHOD. K. Venkatagurunatha*1 Naidu & P.Sireesha2 |
41-48 |
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7 |
EXPERIMENTAL STUDY OF PARTIAL REPLACEMENT OF FINE AGGREGATES WITH COAL BOTTOM ASH IN CONCRETE. Aditya Pathak*1 & Ravi Kumar2 |
49-56 |
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8 |
STUDY OF THE PROPERTIES OF HIGH STRENGTH CONCRETE WITH PARTIAL REPLACEMENT OF CEMENT WITH FLY ASH. Ankush Dhiman*1 & Ravi Kumar2 |
57-66 |
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9 |
EXPERIMENTAL STUDY OF SELF COMPACTING CONCRETE WITH PARTIAL REPLACEMENT OF CEMENT WITH MARBLE POWDER. Rohit Kumar*1 & Ravi Kumar2 |
67-72 |
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10 |
STUDY OF UTILIZATION OF WASTE MATERIALS TO ENHANCE THE PERMEABILITY OF HIGH STRENGTH CONCRETE. Ashish Bali*1 & Ravi Kumar2 |
73-78 |
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11 |
EFFECT OF PARTIAL REPLACEMENT OF SAND BY POND ASH ON STRENGTH CHARACTERISTICS OF DISCRETE FIBER REINFORCED CONCRETE. Umar Firdous*1& Ravi Kumar2 |
79-86 |
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12 |
COMBINED EFFECT OF PARTIAL REPLACEMENT OF CEMENT BY RED MUD AND FINE AGGREGATES BY QUARRY DUST ON STRENGTH CHARACTERSTICS OF CONCRETE. Vishal Sharma*1 & Ravi Kumar2 |
87-94 |
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13 |
STUDY OF UTILIZATION OF WASTE GLASS POWDER AS FINE AGGREGATES TO ACHIVE HIGH STRENGTH CONCRETE. Subhansu Sharma*1 & Ravi Kumar2 |
95-100 |