Subjects registered in Coursera

S.No Faculty Name Subject Status (Registered / Completed) Year Month Duration in Weeks Attachment
1 Mr. T. Pradeep submitted research paper, which is under review on prediction of blast induced ground vibration using ANN Registered 2023 Jul
2 N.Sri Chandrahas Mining Machinery Registered 2020 Nov 12

Papers published/accepted/submitted in Scopus/WoS/SCI - Journals

S.No Faculty Name Paper Title Name of the Journal Status (Published / Accepted / Submitted) Journal (Scopus / WoS / SCI) Year Month ISSN Attachment
1 Mr. T. Pradeep A matlab-based neural network model for predicting blast induced ground vibration sciendo Published Scopus 2024 Oct 22478590 Attached File
2 Mr. T. Pradeep a principal component-enchanced neural network framework for forecasting ground vibration journal of civil and hydraulic engineering Published Scopus 2024 Oct Attached File
3 Mr. T. Pradeep prediction of back break using sensitivity analysis and artificial neural network springers Published Scopus 2024 Jan Attached File
4 Mr. M. Naresh Effects of spacing to burden ratio and joint angle on rock fragmentation : An Unmanned Aerial vechile and AI approach in overburden benches ACADLORE Accepted SCI 2023 Sep https://doi.org/10.56578/atg020303 Attached File
5 Mr. T. Pradeep Evaluation and optimization for fragmentation size and ground vibration case study conference papaer Submitted 0 2023 Aug
6 Mr. T. Pradeep A neural network approach to predict blast induced ground vibration using MATLAB journal of the institution of enginner Submitted Scopus 2023 Aug
7 Mr. T. Pradeep An empirical approach to forcast back beanch in opencast mines using ANN algorithm mathematical modelling Published Scopus 2023 Jul
8 Mr. T. Pradeep re enginnered geo blast design parameters for effective fragmentation using UAV and AI tools mathematical modelling Published Scopus 2023 Jul
9 N.Sri Chandrahas XG Boost Algorithm to Simultaneous Prediction of Rock Fragmentation and Induced ground vibration using unique Blast data Applied Sciences Published SCI 2022 Sep 12105269 Attached File
10 N.Sri Chandrahas An Investigation into the effect of rockmass properties on mean fragmentation Archives of Mining Sciences Published SCI 2021 Dec 139597 Attached File
11 N.Sri Chandrahas Investigation into effect of rock mass properties on rock fragmentation and ground vibration Archives of Mining Science Submitted SCI 2020 Nov Accepted (Proof Available) Attached File
12 N.Sri Chandrahas Critical analysis of process cycle by numerical modelling for faster developments of drives in hard rock underground mine Current Sciences Published WoS 2020 May 10.18520/cs/v118/i10/1547-1556 Attached File
13 N.Sri Chandrahas Impact of mean fragmentation size on shovel performance by komtrix plus Current Sciences Published WoS 2020 Apr Accepted (Proof Available) Attached File
14 Mr V. Vinod Kumar UTILIZATION OF BOTTOM ASH IN HYRAULIC STOWING FOR REPLACEMENT OF SAND AND FIY ASH IRJET Published UGC 2019 Sep 2395-0072 Attached File
15 N.Sri Chandrahas Most influencing blast design parameters on mean fragmentation size and muckpile by principle component annalysis IJITEE Published Scopus 2019 Mar 2278-3075 Attached File

Patents/IPR filed

S.No Faculty Name Patent/IPR Title Patent Registration Number Patent / IPR Year Month Attachment
1 Mr V. Vinod Kumar SIGNALLING SYSTEM IN UNDERGROUND MINES 20214105971 A Patent 2019 Sep Attached File
2 Mr. T. Pradeep geo blastdesign parameters to balance rock fragmentation and ground vibrations 202241076936 A Patent 2012 Sep