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Home Academic Staff Yudhidya Wicaksana, ST, MT, Ph.D.
Research Interest
Rock Engineering, Mechanized Excavation, Tunneling, Rock Dynamic
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Yudhidya Wicaksana, ST, MT, Ph.D.


NoUniversitasGelarTahun lulus
1Institut Teknologi BandungS.T.2008
2Institut Teknologi BandungM.T.2014
3Seoul National UniversityPh.D.2020

Penelitian dan Pengabdian Masyarakat LPPM ITB



2009Soft Rock Behavior with Particular Reference to Coal Bearing StrataLink
2013Physical modeling and simulation of slope failure by means of centrifuge accelerationLink
2017Development of the strain measurement-based impact force sensor and its application to the dynamic Brazilian tension test of the rockLink
2016Strain rate effect on the crack initiation stress level under uniaxial compressionLink
2020Mechanical behaviour of rock subjected to uniaxial compression at intermediate strain rateLink
2018Tensile behavior of rock under intermediate dynamic loading for Hwangdeung granite and Linyi sandstoneLink
2015Rock excavation by continuous surface miner in limestone quarryLink
2017Determining Rolling Resistance Coefficient on Hauling Road Using Dump-truck in Open Pit Coal MineLink
2021Assessment of rock cutting efficiency of an actuated undercutting discLink
2020Fundamental study on rock cutting by an actuated undercutting discLink
2020Prediction of rock cutting performance and abrasiveness considering dynamic properties at intermediate strain rateLink
2018Mode-I Fracture toughness under intermediate level dynamic loading for granite and sandstoneLink
2009A Preliminary Field-study to Determine Rolling Resistance in Surface Coal MinesLink
2022Evaluation of rock cutting efficiency of the actuated undercutting mechanismLink
2021Numerical simulation of rock cutting process induced by a pick cutter considering dynamic properties of rock at intermediate strain rateLink
2021Estimation of rock cutting performance of an actuated undercutting mechanismLink
2021구동형 언더커팅 디스크의 절삭효율 평가Link
2020구동형 언더커팅 디스크에 의한 암석절삭에 관한 기초연구Link
2018Gyeongjo MinLink
2017Dynamic rock strength under intermediate strain rate loadingLink
2014A Laboratory Scale of Physical Modeling of Slope Failure Generated by Centrifugal Acceleration with Several Water Content ScenariosLink
2020Simulasi Keruntuhan Lereng Akibat Percepatan Sentrifugal dengan Pemodelan Fisik Simulation of Slope Failure Due To Centrifugal Acceleration By Using Physical ModelingLink
2015Pemodelan fisik kelongsoran lereng akibat percepatan sentrifugal dengan beberapa skenario kandungan air (A laboratory scale of physical modeling of slope failure generated by centrifugal acceleration with several water content scenarios)Link