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作者:Ajay Singh Jethoo , Rahul Agrawal
来源:[J].Construction and Building Materials(IF 2.293), 2018, Vol.180, pp.239-253Elsevier
摘要:Abstract(#br)Around the world flexible pavement is the most favored pavement structure to build road and highways. A massive amount of non-renewable materials and industrial products like aggregates, bitumen, cement, lime, and other additives are consumed during construction and ...
作者:... Ravindra Nagar , Rahul Agrawal , Ajay Singh Jethoo
来源:[J].Construction and Building Materials(IF 2.293), 2018, Vol.168, pp.143-152Elsevier
摘要:Abstract(#br)In the present study, limestone (famous as Kota stone) mining waste reformed into aggregates of size between 19 mm and 0.075 mm were used to make bituminous concrete (BC) and dense bituminous macadam (DBM) by replacing conventional (Basalt) aggregates. Properties of ...
作者:... Ravindra Nagar , Vinay Agrawal , Ajay Singh Jethoo
来源:[J].Perspectives in Science, 2016, Vol.8, pp.151-155Elsevier
摘要:Summary(#br)The paper presents artificial neural networks (ANNs) based methodology for ascertaining the structural parameters of water harvesting structures (WHS) at the conceptual stage of design. The ANN is trained using exemplar patterns generated using an in-house MSExcel bas...
作者:... Pawan Kalla , Ajay Singh Jethoo , S.C. Harshwardhan
来源:[J].Interdisciplinary Environmental Review, 2017, Vol.18 (2), pp.93-100Inderscience 出版公司
摘要:In the present study, an attempt is made to use Kota stone mining, cutting and quarry waste as a full replacement to conventional aggregate in Granular Subbase Course (GSB). For the study, Kota stone mining waste was hand crushed into aggregates of the desired size and evaluated ...

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