1S.D.Dhandole and S.V. Modak, (2010), Effectiveness of Updated Vibro-Acoustic Models for Analysis of Interior Noise in Cavities, Proceedings of 6th International Conference on Vibration Engineering and Technology of Machinery (VETOMAC-VI) IIT Delhi, Dec 13-15, 2010.
2S.D.Dhandole and S.V. Modak, (2009) Simulated studies in FE model updating with application to Vibro- acoustic analysis of the cavities, Symposium on Vibration and Structural Acoustics Analysis -IRF2009, Porto, Portugal.
3S.D. Dhandole, S.V. Modak, (2007) Review of Vibro-Acoustics analysis procedures for prediction of low frequency noise inside a Cavity International Modal Analysis conference (IMAC-XXV), USA
4J. Pradhan, Y. G. Bhumkar, and S. D. Dhandole. “Simulations of acoustic
field inside a Metro-Train cabin using a high resolution, dispersion relation preserving coupled compact difference schemeâ€, International Conference
on Theoretical and Computational Acoustics, 11-16th October, 2015, Hangzhou, Zhejiang, China.
5J. Pradhan, Y. G. Bhumkar, and S. D. Dhandole. “High Order, High Resolution Coupled Compact Difference Scheme for Accurate Simulationsâ€, IMA Conference on Numerical Methods for Simulations, 1-4th September, 2015, Mathematical Institute, University of Oxford.
6J. Pradhan, Y. G. Bhumkar, and S. D. Dhandole. “Solution of computational acoustics and wave propagation problems using a high order, high resolution coupled compact difference schemeâ€, ICCM2015, 14-17th July, 2015, Auckland, NZ.
7Y. G. Bhumkar, J. Pradhan, and S. D. Dhandole. “A high accuracy compact scheme for computational aero-acoustic problemsâ€, International Conference on Progress in Fluid Dynamics and Simulation, 25-27th October, 2014, Taipei, Taiwan.