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Sagar, Vidya R and Dutta, Madhurima (2021) Combined usage of acoustic emission technique and ultrasonic pulse velocity test to study crack classification in reinforced concrete structures. In: NONDESTRUCTIVE TESTING AND EVALUATION, 36 (1). pp. 62-96.
Sagar, Vidya R and Prasad, Raghu BK and Nazreen, S and Singh, RK (2018) Modeling mode-I fracture process in concrete at meso-scale: Computational aspects of lattice model and a comparison between results of two dimensional lattice simulation and acoustic emission measurements. In: ENGINEERING FRACTURE MECHANICS, 210 (SI). pp. 257-278.
Sagar, Vidya R and Rao, M V M S (2017) Acoustic Emission During Flexural Deformation of Reinforced Concrete Under Incremental Cyclic Loading. In: JOURNAL OF TESTING AND EVALUATION, 44 (6). pp. 2182-2198.
Sagar, Vidya R (2016) A parallel between earthquake sequences and acoustic emissions released during fracture process in reinforced concrete structures under flexural loading. In: CONSTRUCTION AND BUILDING MATERIALS, 114 . pp. 772-793.
Sagar, Vidya R and Prasad, Raghu BK and Singh, RK (2015) Kaiser effect observation in reinforced concrete structures and its use for damage assessment. In: ARCHIVES OF CIVIL AND MECHANICAL ENGINEERING, 15 (2). pp. 548-557.
Sagar, Vidya R and Rao, MVMS (2014) An experimental study on loading rate effect on acoustic emission based b-values related to reinforced concrete fracture. In: CONSTRUCTION AND BUILDING MATERIALS, 70 . pp. 460-472.
Sagar, Vidya R and Prasad, RV and Prasad, Raghu BK and Rao, MVMS (2013) Microcracking and fracture process in cement mortar and concrete: a comparative study using acoustic emission technique. In: Experimental Mechanics, 53 (7). pp. 1161-1175.
Sagar, Vidya R and Prasad, Raghu BK (2012) Damage limit states of reinforced concrete beams subjected to incremental cyclic loading using relaxation ratio analysis of AE parameters. In: Construction and Building Materials, 35 . pp. 139-148.
Sagar, Vidya R and Prasad, Raghu BK and Kumar, Shantha S (2012) An experimental study on cracking evolution in concrete and cement mortar by the b-value analysis of acoustic emission technique. In: CEMENT AND CONCRETE RESEARCH, 42 (8). pp. 1094-1104.
