Dr. Satish Dhandole
Department : Mechanical Sciences
Research Interests
Dynamic Design, Vibro-Acoustic, Experimental Modal Analysis, Mechanism Design
Publications
1J. Pradhan, B. Mahato, S. D. Dhandole and Y. G. Bhumkar. “Construction, Analysis and Application of Coupled Compact Difference Scheme in Computational Acoustics and Fluid Flow Problems.†Communications in Computational Physics, 18, no. 4 (2015): 957-984.
1S.D.Dhandole and S.V. Modak, 2012 Journal of the acoustical society of India , Vibro-acoustic FE model updating of structural-acoustic cavities for accurate interior noise prediction, 39(2), 51-62.
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.
1S.D.Dhandole and S.V. Modak, (2009) Analytical and Experimental Vibro-Acoustic Modal Analysis of a Coupled Rectangular Cavity with a Flexible Plate, Conference on Emerging research and advances in Mechanical engineering, Velammal Engg. College, Chennai, India ,2009.