0000-0003-4311-0878 About
Kumar Anjneya is a young researcher from Bihar, India who works in the field of meso level concrete modelling and rheology of the fresh concrete. He also works in the area of structural health monitoring (SHM).
His research areas consist of numerical modelling of the fresh concrete; studying its time-dependent behaviour. His works in SHM focuses on damage localization and quantifications.
His area of study has been Discrete element methodology, time-dependent rheology of fresh concrete, Contact detection, Crack modelling, Fracture analysis, Response surface methodology, Probability density evolution method, Uncertainty analysis using Monte Carlo simulation and K-L expansion for the random field.
He has also carried out a study over Principal component analysis and Spectral element methods.
Employment
Employment history is unavailable.
Education
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Projects & Funding
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Publications (14)
- Mesostructure-Enriched Constitutive Modeling of Fresh Concrete Save
- Fabric anisotropy, entropy, and flowability of dense suspensions: The case of fresh concrete Save
- A meso‑structure based yield stress for fresh concrete Save
- Adaptive Dynamic Relaxation for Discrete Element Modelling of Concrete Save
- Effect of material fabric on gravity flow in fresh concrete Save
- Simulating Fresh Concrete Behavior Through Discrete Element Approach Save
- Effect of Meso Geometry and Material Fabric on Flow in Fresh Concrete: A Discrete Element-Based Approach Save
- Uncertainty propagation in discrete element models using PDEM Save
- A Review of the Discrete Element Method for Modelling the Rheology of Fresh Concrete Save
- Acceleration time history dataset for a 3D miniature model of a shear building with structural damage Save