关注
Dr. Achal Mittal
Dr. Achal Mittal
Professor AcSIR
在 cbri.res.in 的电子邮件经过验证
标题
引用次数
引用次数
年份
Experimental and numerical studies on the drop impact resistance of prestressed concrete plates
MA Iqbal, V Kumar, AK Mittal
International Journal of Impact Engineering 123, 98-117, 2019
802019
Experimental investigation of prestressed and reinforced concrete plates under falling weight impactor
V Kumar, MA Iqbal, AK Mittal
Thin-Walled Structures 126, 106-116, 2018
402018
Multiphase modeling of tsunami impact on building with openings
D Ghosh, AK Mittal, SK Bhattacharyya
The Journal of Computational Multiphase Flows 8 (2), 85-94, 2016
242016
Study of induced prestress on deformation and energy absorption characteristics of concrete slabs under drop impact loading
V Kumar, MA Iqbal, AK Mittal
Construction and Building Materials 188, 656-675, 2018
222018
Impact resistance of prestressed and reinforced concrete slabs under falling weight indenter
V Kumar, MA Iqbal, AK Mittal
Procedia Structural Integrity 6, 95-100, 2017
192017
Comparative study on cold-formed steel single-stud and multiple-studs wall panels with magnesium oxide sheathing under axial loading: Experimental and analytical
C Sonkar, AK Mittal, SK Bhattacharyya
Journal of Structural Engineering 146 (11), 04020224, 2020
152020
Energy absorption capacity of prestressed and reinforced concrete slabs subjected to multiple impacts
V Kumar, MA Iqbal, AK Mittal
Procedia Structural Integrity 6, 11-18, 2017
142017
Along-wind interference effects on tall buildings
N Agarwal, AK Mittal, VK Gupta
Proceedings of the VIth National Conference on Wind Engineering, India, 193-204, 2012
132012
Behaviour of prestressed concrete under drop impact loading
V Kumar, MA Iqbal, AK Mittal
Procedia engineering 173, 403-408, 2017
122017
Wind flow simulation in the vicinity of tall buildings through CFD
AK Mittal, D Ghosh, S Behera, IA Siddiqui, DS Dharmshaktu
Eighth Asia-Pacific Conference on Wind Engineering, Chennai, India, 2013
122013
Impact of governing factors on prediction of tunneling induced surface settlement in young alluvium deposit
MS Aswathy, M Vinoth, A Mittal
Indian Geotechnical Journal, 1-15, 2022
112022
The effect of plan ratios on wind interference of two tall buildings
S Behera, D Ghosh, AK Mittal, Y Tamura, W Kim
The Structural Design of Tall and Special Buildings 29 (1), e1680, 2020
112020
Numerical simulation of wind effect on a rooftop solar array
D Ghosh, S Behera, AK Mittal
J. Energy Power Sources 2 (8), 317-322, 2015
102015
Investigations on cold-formed steel wall panels with different sheathing boards under axial loading: Experimental and analytical/semi-analytical studies
C Sonkar, SK Bhattacharyya, AK Mittal
Journal of Building Engineering 44, 102924, 2021
92021
Effect of axial loading on cold-formed steel wall panels with fibre-cement and calcium silicate boards sheathing: Experimental and analytical studies
C Sonkar, SK Bhattacharyya, AK Mittal
Structures 34, 2218-2242, 2021
82021
Prediction of surface settlement due to deep excavation in indo-gangetic plain: a case study
MS Aswathy, M Vinoth, A Mittal, S Behera
Indian Geotechnical Journal 50, 620-633, 2020
82020
Comparative study of differential equation of equilibrium method and constrained and unconstrained finite-strip method–Direct strength method for prediction of axial strength …
C Sonkar, AK Mittal, SK Bhattacharyya
Practice Periodical on Structural Design and Construction 26 (1), 04020049, 2021
72021
Behaviour of prestressed and reinforced concrete plates subjected to impact loads induced by free falling indenter
MA Iqbal, V Kumar, AK Mittal
Procedia engineering 173, 397-402, 2017
72017
Inspection of heritage structure using infrared thermography
D Ghosh, H Gupta, AK Mittal, R Shekhar
Conference and exhibition of the Indian Society for NDT (December), Chennai …, 2017
62017
Evaluation of axial strength of sheathed cold-formed steel wall panels using Rayleigh-Ritz method and direct-strength method: Comparative study
C Sonkar, A Mittal
Practice Periodical on Structural Design and Construction 27 (1), 04021064, 2022
52022
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