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12篇 您的检索式：作者名="MITRA Santanu"

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		题名	作者	年代	出处	被引量
	1	Corporate ownership characteristics and timeliness of remediation of internal control weaknesses显示文摘	Santanu Mitra Mahmud Hossain Barry R. Marks	2012	Managerial Auditing Journal2012，，9：	1
	2	Preparation and Characterization of Elastomer-Based Nanocomposite Gels Using an Unique Latex Blending Technique 显示文摘	Suman Mitra Santanu Chattopadhyay Anil K Bhowmick	2010	Journal of Applied Polymer Science2010，118，1：	1
	3	158显示文摘	Santanu Mitra Mahmud Hossain: Value-- rele- vance of pension transition adjustments and other comprehensive income components in the adoption year of SFAS No	2009	Rev Quant Finan Ace2009，，33：	1
	4	Corporate ownership char- acteristies and timeliness ofrernediation of internal control wea- knesses 显示文摘	Santanu Mitra and Mahmud Hossain	2012	Managerial Auditing Journal2012，，9：	1
	5	The association between audit fees and reported earnings quality in pre- and post-Sarbanes-Oxley regimes显示文摘	Santanu Mitra Donald R. Deis Mahmud Hossain	2009	Review of Accounting and Finance2009，，3：	1
	6	Coupled slosh dynamics of liquid filled containers using pressure based finite element method显示文摘	MITRA Santanu SINHAMAHAPATRA K P	2005	Exploring Innovation in Education and Research2005，12，2：	1
	7	Institutional Stock Ownership, Accrual Management, and Information Environment 显示文摘	Mitra Santanu Cready	2005	Journal of Accounting Auditing & Finance2005，20，3：	1
	8	Finite element analysis of second order wave radiation by a group of cylinders in the time domain显示文摘A finite element based numerical method is employed to analyze the wave radiation by multiple or a group of cylinders in the time domain. The nonlinear free surface and body surface boundary conditions are satisfied based on the perturbation method up to the second order. The first-and secondorder velocity potential problems at each time step are solved through a Finite Element Method (FEM). The matrix equation of the FEM is solved through iteration and the initial solution is obtained from the result at the previous time step. The three-dimensional (3-D) mesh required is generated based on a two-dimensional (2-D) hybrid mesh on a horizontal plane and its extension in the vertical direction. The hybrid mesh is generated by combining an unstructured grid away from cylinders and two structured grids near the cylinder and the artificial boundary. The fluid velocity on the free surface and the cylinder surface are calculated by using a differential method. Results for various configurations including the cases of two cylinders and four cylinders and a group of eighteen cylinders are obtained to show the joint influences of cylinders on the first-and secondorder waves and forces, including the effects of spacing ratios and wave frequency on the second order waves and the mean force, in particular.	王赤忠 MITRA Santanu 黄豪彩 KHOO Boo-cheong	2013	Journal of Hydrodynamics2013，25，3：	1
	9	Synthesis and characterization of sol-gel derived ZrO2 doped Al2O3 nanopowder 显示文摘	Debasish Sarkar Deepak Mohapatra Sambarta Ray Santanu Bhattacharyya Sukumar Adak Niren Mitra	2007	Ceramics International2007，33，：	1
	10	Corporate governance attributes and remediation of internal control material weaknesses reported under SOX Section 404显示文摘	Santanu Mitra Mahmud Hossain	2011	Review of Accounting and Finance2011，，1：	1
	11	The empirical relationship between ownership characteristics and audit fees显示文摘	Santanu Mitra Mahmud Hossain Donald R. Deis	2007	Review of Quantitative Finance and Accounting2007，，3：	1
	12	Novel Hydrodynamic Analysis Towards Capabilities Improvement of Bio-inspired Underwater Vehicles Using Momentum Redistribution Method显示文摘This paper presents an efficient and versatile OpenFOAM(Open-source Field Operation And Manipulation)-based numerical solver for fully resolved simulations that can handle any rigid and deforming bodies moving in the fluid.The algorithm used for solving Fluid-Structure Interactions(FSI)involving the immersed structure with changeable shapes is based on the momentum redistribution method.The present approach excludes the need to solve elastic equations,obtain high-accuracy predictions of the flow field and provide a rigorous basis for implementing the Immersed Boundary Method(IBM).The OpenFOAM implementation of the algorithm is discussed along with the design methodology for developing bio-inspired underwater vehicles using the present solver.The computational results are validated with the experimental observations of the two-dimensional and three-dimensional anguilliform swimmer case studies.The study further extended to the three-dimensional hydrodynamics of a bioinspired,self-propelling manta bot.The motion of the body is specified a priori according to the reported experimental observations.The results quantify the vortex formation and shedding processes and enable the identification of the portions of the body responsible for the majority of thrust.The body accelerates from rest to an asymptotic mean forward velocity of 0.2 ms^(-1)in almost 5 s,consistent with experimental observations.It is observed that the developed computational model is capable of performing any motion simulation and manoeuvrability analysis,which are critical for the designers to develop novel unmanned underwater vehicles.	Rakesh Rayapureddi Santanu Mitra	2022	Journal of Bionic Engineering2022，19，2：	0

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