His research interests include combustion instability, nonlinear dynamics, and time series analysis. He pursued his Masters in Mechanical Engineering at University of Connecticut, USA. Thus, the main loads on FBR structures are of thermal origin, viz., high operating temperature (creep), large temperature gradient (thermal stress) and large number of cyclic variations in temperature (thermal fatigue) due to various incidents taking place in the plant. The developed model has also been extended to execute a comparative analysis of diesel and biodiesel cavitation. The findings show that the efficiency of water transport can be improved by deploying bigger SWCNTs that have wide channel diameter. In addition to this, the NROM is developed with internalization of different two-phase friction factor multipliers which helps to predict the pressure drop more accurately compared to existing ROMs. In the first part of this talk we will generalise unsteady Bernoulli’s equation to flows with piecewise constant background vorticity. It is noted that the density variation of the coolant due to heating in the single phase region is significant. Huge List of Mechanical Engineering ME Seminar Topics 2016 2017, Latest Automobile Production Based Engineering Branch Seminars, Mechatronics Seminar Papers 2015 2016, Recent IP Essay Topics, Speech Ideas, Dissertation, New Thesis, Research IEEE ME Seminar Topics, Reports, Synopsis, Advantanges, Disadvantages, Abstracts, Presentation Slides PDF, DOC and PPT for Final Year BE, … Therefore xenon oscillations pose no practical difficulty in safe and smooth operation of present age nuclear power plants. Dr. Samarjeet Chanda,Institute Postdoctoral Fellow, Dept. Background and its implications have also been covered in the presentation. The talk is aimed at bringing to the audience how bad things lead to good endings in the field of science. It is well known that there are uncertainties in the values of the failure rate of the components of SDS. His field of specializations include Applied Mechanics and Design. Structures are manufactured by stacking a number plies with different fibre orientations on top of each other to form a laminate, followed by consolidation and thermal cure in an autoclave. He did his M. Tech. The generalization of data obtained from manufacturing systems is a capability highly demanded by the industry. The reliability of these joints is inevitably governed by the material and the interfacial failure properties of the adhesive layer. He holds Masters and undergraduate degrees from Pennsylvania State University, University Park and the Indian Institute of Technology, Kharagpur. At each stage, simulation results were compared with our experimental data to rationalize the behavior of end-grafted polymer chains under shear.The combined experimental and simulation study offers a number of insights that will help to establish a framework for design rules for polymer-brush-based lubrication aiming at specific tribological properties. A mixture multiphase model coupled with Homogeneous Relaxation Model (HRM) has been developed and implemented in the CONVERGE code for analyzing flash boiling problems. Subsequently, he carried out postdoctoral research at the University of North Carolina, Chapel Hill, USA before joining the Center for Advanced Technology, Indore as a Scientist. Frequency 1 post / month Blog learnmech.com Facebook fans … Dr. Arghya Das, Assistant Professor, Department of Civil Engineering, IIT Kanpur, "Compaction bands in carbonate rocks: material instability or structural artifacts?". Upon completion of his PhD, he undertook postdoctoral research with Prof. Wolfgang Merzkirch as a DFG postdoctoral fellow at the University of Essen, Germany during 1999-2000 working on optical methods in fluid dynamics and heat transfer. His post-doctoral research work at Division of Fluid and Experimental Mechanics, Lulea University of Technology, Sweden from January, 2016 to October, 2016 was on Computational Fluid Dynamics of grease flow in channels, bearings and seals. Large core dimensions in terms of neutron migration length, makes these systems spatially unstable against xenon instability. Additionally, we characterize the effective behavior of a random medium by studying front propagation in a stationary ergodic medium. To date he has mentored 8 Postdoctoral researchers, 14 PhD students, 38 undergraduate students and 3 high school students. An efficient analytical dynamic model is developed to predict the drill dynamics considering the clamping boundary conditions. Dr. Raghunandan Sharma is a postdoctoral fellow at Department of Mechanical Engineering, IIT Kanpur since February-2016, after completion of his PhD in Materials Science from the Materials Science Programme, IIT Kanpur. For example thin films are key component of microelectronics devices while they are also extensively used in aerospace applications as adhesive layers. Parallelism of the algorithm is explored and we obtain super-linear to linear speedup. Finally, the microscale deformation field is obtained by exploiting the concept of reproducing kernel Hilbert space (RKHS). When structures are subjected to dynamic loading, for some values of excitation amplitude and frequencies, they may behave as parametrically excited systems. He worked as a Vice President – Technology and Engineering at GIBSS in Mumbai from December 2015 to May 2016, as a Senior R&D Engineer at Parker Hannifin from June 2008 to November 2015 and as a Steam Turbine design Engineer at BHEL Hyderabad from September 2001 to August 2004. Proper Orthogonal Decomposition analysis is also used to gain further understanding of the breakup process. He obtained PhD degree from Auburn University, USA and has Postdoc experience from the University of Illinois at Urbana-Champaign. Program. This emerging research area has the potential to contribute significantly to enhancing the accessibility of ICT systems for the elderly and disabled people. The shorter the interaction time, the higher are the chances of the droplet oscillation being pushed into resonance.About the speaker: Dr. Deepu P is currently working as a postdoctoral fellow at TIFR Hyderabad. Recently, our immune cells have also been shown to move in fluid by similar mechanism as deployed by *Clamydomonas. These proteins are important for many biological processes such as cellular transport and in particular, endocytosis, where the membranes are required to undergo large deformations to engulf the cargo. Nuclear heat is generated in fuel pin bundles with helical wire spacers housed inside a hexagonal wrapper. Its pioneering reputation attracts students, experts and partners from around the world. Adhesion forces between these surfaces and clathrate hydrate were measured using a custom made device based on the cantilever deflection. The scope of methodologies presented in this talk extends beyond the case study presented, and motivates various future research directions. Dr. Debabrata Dasgupta, Research Associate, Department of Mechanical Engineering, IIT Kharagpur, "Homogenization based upscaling of electrokinetic transport in porous media". Dr. Aakash Rai is a Research Engineer at the Flow and Thermal Laboratory in General Electric Company at Bangalore. Research Areas in Mechanical Engineering . A cavitation model, coupled with the mixture multiphase approach and RNG k-e turbulence, has been developed and implemented in the ANSYS Fluent platform for analyzing cavitation in diesel injectors. DRDL has developed a host of indigenous grid generators, 3-dimensional Euler, RANS and LES solvers using advanced numerical techniques and physical models and are routinely used to estimate various aerodynamic parameters pertaining to DRDO missile systems. He also worked 5 years at the international Atomic Energy Agency (a UN agency) in global advanced nuclear plant design programs. In particular, we use density functional theory fitted tight-binding Hamiltonian to study Auger and trap-assisted non-radiative losses in CQDs. Currently, he is an Associate Editor for Elsevier Control Engineering Practice; IEEE/ASME Transactions on Mechatronics; IEEE Transactions on Control Systems Technology and Elsevier Mechatronics. Our predicted values of thermal conductivities show excellent agreement with the experimentally measured values (wherever available) without the use of any fitting parameters and highlights the phonon thermal transport physics in these technologically relevant materials. *Clamydomonas, *an aquatic unicellular microorganism uses two flagellae to move from one place to another. ?". The number of revision total knee replacement is growing. In this post, you will find latest technical seminar topics belong to various streams of engineering. We utilize the level set methodology (in a spectral framework) to solve the classical problems of dam break and sloshing of two fluids of different densities in a tank. Subsequently, alternative measures for improved designs will be proposed. He completed his Ph.D. in Mechanical Engineering in 2014 at the same place. "Fracture Modelling of Heterogeneous Materials ". As an effort to reduce the amplitude of the plate's response, the effect of constraining an interior point on the plate is explored in this study. Both the compression strength and the elastic modulus of the surface of comet 67P are very low compared to commonly used engineering materials. His research interests are catered towards Nonlinear continuum mechanics, advanced finite element and multi-scale methods, contact and adhesion mechanics, membrane and shell theories, self-cleaning surface mechanisms, biological cell membranes and multi-physics of interfaces. Polydispersity refers to the heterogeneity of the dispersed phase which may exist due to the variation in particle size or any other particle property in space. The physical parameters such as conductivity, elasticity etc. He is currently working on unsteady impinging jets, to study the fluid dynamics and heat transfer of pulsating flows.Although his research includes computational and experimental heat transfer, he prefers to do experiments than computational work. After this he did his masters (M.Sc) on Energy science from IIT Bombay in 2012. The flap is usefully divided into 'active' and 'passive' portions. The phase coexisting patterns are segregation-driven and exhibit in mixtures with large density- contrasts wherein a gas-like phase can coexist with a liquid-like phase separated along the horizontal direction – this type of ‘horizontal’ segregation, induced along the length of the container in the horizontal direction, was never reported in the literature on vertically vibrated granular mixtures. Dynamic mode decomposition (DMD) is applied to investigate the unsteady flow field around an airfoil pitching at a constant frequency. As a part of the work, improved thermal hydraulic ROMs using homogeneous equilibrium and drift flux correlations are developed; including a new insight of density variation of subcooled coolant in single phase region. Unique and Latest Civil Engineering Project Seminar, Thesis & Presentation Topics. His research interests are Microfluidics, Computational Fluid Dynamics, Gas Turbine cooling and Thermal/ Fluids Design Optimization. The volume fraction of weak zones and stress state influence the nature of cavitation bifurcation. This article contain list of Mechanical Engineering Projects list , Mechanical Engineering Project ideas , Mechanical engineering project topics This list contain projects which are helpful for B.E. An augmentation in the streaming potential field as attributable to the wall slip activated enhanced electromagnetohydrodynamic transport of the ionic species within the EDL has been found. The Aerodynamics, Fluids, and Thermal Engineering research groups and laboratories investigate a wide variety of research topics in the field of Fluid Mechanics. Experiments are designed with the primary objective to understand the pattern formation dynamics that manifests in a vertically-vibrated container filled with mono-disperse spherical particles as well as binary mixtures of equal sized spherical particles of different materials. The dynamics of gas bubbles are of great interest for wide range of practical applications in metallurgical industry, sonochemistry, ultrasonic cleaning and biomedical sciences. Dr. Debopam Das is a professor of the Department of Aerospace Engineering, IIT Kanpur, India. Electrokinetics in porous media plays a pivotal role in a wide gamut of applications ranging from ion batteries, waste-water treatment, soildewaterification, water deionization etc. His research publications have appeared in Journal of Computational Physics, JFM, Physics of FLuid, Computers and Sturctures, Numerical Hat Transfer Part A: Applications, Industrial Engg and Chemistry Research, International Journal of Therm Physics. Aerodynamic characterization of various missiles in complete M- - δ-φ flight regime, store separation from aircraft, heat shield separation of hypersonic vehicles etc., are some of the notable applications of these codes. During undergraduate studies he developed keen interest in space charge solid state devices and charge carrier transport, following which he pursued computational work in plasma physics and fusion energy at IIT Kanpur in Nuclear Engineering and Tech. The aim of the project is to study the flame structures under various O2/CO2 conditions and to generate database for the support of numerical simulations. In particular, substrate material composition, surface pre-treatment, diamond nucleation and crystallinity of the coating will be discussed. degree in Mechanical Engineering from VJTI, Mumbai and received his Ph.D. from the Department of Aerospace Engineering of IIT Bombay. Associate Professor Matthew Cleary is an academic in the School of Aerospace, Mechanical and Mechatronic Engineering (AMME) at the University of Sydney where he leads the modelling research conducted by the Clean Combustion Research Group, teaches undergraduate and postgraduate courses in thermofluids and is the Director of Research. In this talk, I will introduce some fundamental aspects and requirements of CVD Diamond/WC-Co system. I did my PhD from the University of Pierre et Marie Curie (UPMC) - Paris VI. The result shows that, the maximum yield is obtained as 9012 ml/day (4.50 l/m2 day) for black cotton wick in comparison to 7040 ml/day (3.52 l/m2 day) for the jute wick at 2 cm water depth in MBDSMWSS. Subsequently the axial interaction of this classical vortex ring with a thin circular cylinder has been studied. Dr. Laurent Ponson, Institute d’Alembert, Université Pierre et Marie Curie, France, "Deciphering fracture patterns: what crack paths teach us about the mechanics and physics of fracture". He received his B.Tech and M.Tech degrees in Aerospace Engineering from IIT Madras in 2004. Abstract: The University of Liverpool is internationally recognized for its research, knowledge and innovation. So please leave your feedback through the comment section below. A synergistic combination of Artificial Neural Networks and Genetic Algorithms is used to solve the inverse problem along with experimental data. Prior to joining IIT Kanpur he worked at Northwestern University, USA as a Post-Doctoral Researcher. Dr. Sinha has been honored by Council of Ionizing Radiation Measurements and Standards, American Society for Nondestructive Testing and Alpha Nu Sigma Nuclear Engineering Honor Society. The results highlight: (i) experimental ways for realizing high amplitude wavy annular thin film flows, (ii) differences in flow physics for shear driven (horizontal channels) and gravity driven (inclined channels) flows, (iii) non-linear stability analyses based identification of annular to plug-slug transition boundary, (iv) summary of the correlations developed to predict heat-transfer rates and the length of the annular regime, and (v) discussions of contact line flow-physics and acoustics enabled standing wave formations that are needed for very high heat-flux operations. The adaptability of the method to characterize fracture behavior of metallic, polymer and ceramic film interfaces will be reviewed. Another study involved the transport characteristics of water molecules in CNTs using MD simulation. CVD diamond/WC Co is a widely accepted coating/substrate system for tooling applications. It is proposed that this decomposition is more suited than the existing proper orthogonal decomposition. Her specializations include Characterization of Free Jet expansion of atomic metal vapour, Simulation of Free jet using indigenously developed direct simulation code in parallel form, working on complete solution for control and operation of the process, Design and development of vapour generator system, Study of condensation and flow of liquid metal in hot environment, Design of liquid metal corrosion resistant coating, development of non-interfering on-line measurement systems for process parameters, etc. Through its research, teaching and collaborations it seeks to be life changing and world shaping. Another important question is 'Can we exploit the energy associated with shock waves for other applications?'. DRDO is backed by over 5000 scientists and about 25,000 other scientific, technical and supporting personnel. In a perfect harmonic crystal, energy flow is infinite; however, in real materials, QPs are scattered by defects, impurities, boundaries, and via coupling to other QPs, thus impeding the flow. Such fractoraphic features have also been reported by other investigators for inherently brittle (like Mg-based) BMGs. Hence, inert argon gas is maintained above sodium free surfaces to avoid sodium-air contact. Abstract: The thermo-mechanical processing history induces anisotropy of mechanical properties in the cold rolled sheet metals. I will show an example of the regulation of the collective cell migration in the epithelial tissues during development. Finally, I will discuss our current efforts, open problems and many directions which are to be explored in the future. Dr. Rajendra Patrikar, Department of Electronics, VNIT Nagpur, "Low cost Printed Circuit Board based EWOD device for Digital Microfluidics Applications". Presently Dr. Dasgupta is working as a Research Associate in the Department of Mechanical Engineering at IIT Kharagpur. Multifunctionality: Towards sustainable development, multifunctional products have many advantageous over single-function products: reduction in number of parts, raw material, assembly time, and cost involved in a product’s life cycle. of Mechanical Engineering, IITKanpur, "Simultaneous Estimation of Principle Thermal Conductivities of Layered Honeycomb Composites ". Additional failure mechanisms include intra-ply matrix cracking, fibre compressive failure or ‘kinking’ etc. Latest Seminar Topics For Mechanical Engineering 2013 Collection of latest seminar topics for mechanical engineering 2013. This results in energy savings of approximately 40% and 10% over air-cooled and water-cooled chillers, respectively in addition to a 100% saving on water and chemicals. His vision project is to develop “Cold Spray Technology” for the repair and maintenance of aerospace components, which is the need of the hour. In CFD he has ventured into solving incompressible Navier-Stokes and free surface flow problems (with both Level Set and Volume of Fluid methods). Abstract: Least squares finite element method (LSFEM) has been proposed as a new computational technique for solving computational fluid dynamics (CFD) problems. He later joined the Microelectronics Project in the Department of Electrical Engineering at IIT Bombay from where he completed hid Ph.D.(1992). With research interests in both fluid and solid mechanics as well as electrochemical transport, he has publications in some reputed journals like Physics of Fluids, International Journal of Solids and Structures, Physical Review E, Electrophoresis, Journal of Power Sources, and Soft Matter. Among the natural processes, the tiny air bubble entrainment in liquid after the impact of a raindrop on the surface of a liquid and the bubbles creation after breaking waves on the ocean become prominent. PROJECT DESCRIPTION: Automatic Saw Cutting project is beneficial in the industrial companies. He received his Ph.D from Jadavpur University in 2007. By decomposing the droplet shape into Legendre modes, the shape oscillations exhibited by a droplet hanging from the junction of cross-wire placed at the center of an air jet is studied. Dr. Kazuya TATSUMI, Department of Mechanical Engineering and Science, Kyoto University, Japan, "Microfluidic technologies for blood cell sensing and sorting.". Front end and backend of nuclear power generation process has also been covered in brief. His PhD research was focused on designing novel injection strategies for compact combustors. Selecting the right project topic has a major impact on your career. With Digital Microfluidics, many samples can be created and analyzed in parallel on the same chip this effectively saving time and improving efficiency. Obviously, key points in the simulation of coupled problems are the coupling issues itself. We try to understand the interplay between the length scale of the heterogeneities and the length scale associated with the wave front thickness. I will present the work done so far and the future directions. Latest Technical CSE Seminar Topics in 2019 and 2020. He is currently serving as an elected member of the executive committee of the International Federation for the Promotion of Mechanism and Machine Science (IFToMM) for the term 2016-19. Dr. Mohammed Ibrahim. The translational velocity variation with time shows that the second order accurate formula derived using Hamilton's equation by Fraenkel (Jl Fluid Mech. degree in Mechanical Engineering from the Sri Venkateswara University, Tirupati, in 2009, the M. Tech degree in Applied Mechanics from the Indian Institute of Technology, Madras, in 2011, and the Ph.D. degree in Institute of Mechanics from Otto von Guericke University Magdeburg, Germany, in 2015. About the speaker: Dr. Vinod Kumar holds a PhD degree in Mechanical Engineering (ME) (2005, Rice University, Houston, TX, USA) and a Bachelor of Technology (B. iit mumbai electrical engineering seminar topic, visit report on iit mumbai, seminar topics iit mumbai mechanical, report on industry visit to iit bombay, Title: iit bombay top seminar topics for computer science 2012 Page Link: iit bombay top seminar topics for computer science 2012 - … Dr Sarangi did his postdoctoral work at the Future Engines and Fuels Lab in The University of Birmingham, working on gasoline direct injection combustion and the effects of fuel additive, bio-fuel contents and fuel quality on injector deposit formation. The complexities in generalizing the underlying physics through a simplified paradigm, constitutes the major challenge. Flapping mode of propulsion has been successfully exploited by birds, insects and fish. He worked at General Electric company in San Jose, USA for 31 years on advanced nuclear power plant designs. Abhijit received his Bachelor degree in Mechanical Engineering from Shivaji University in 1999, M.Tech from IIT Madras in 2001 and PhD from Purdue University in 2008. Dr. Kaustubh Kulkarni Materials Science and Engineering, IITK, "Investigations of Interdiffusion in Multicomponent Solids". These disturbances influence the geometric, kinematic and dynamic characteristics of a vortex ring and lead to mismatches with classical theoretical predictions. Dr. Nitin Gupta, Assistant Professor Department of Biological Sciences and Bioengineering, IIT Kanpur, "Exploring neural mechanisms of sensory perception using the insect brain". And Germany, `` control and guidance of Aerospace Engineering IIT Kanpur for the entire design process transport. This research work, cost efficient PEMFC cathode catalyst based on the shape Oscillation has. Fluids design optimization transition from combustion noise to thermoacoustic instability '' stress is first... Academy of Engineering, dating back to academics, Spain my PhD from the experiment modelling twinning structural... Physical mechanisms that govern fracture in brittle MGs its microscopic properties Tech, USA 31 years on Advanced plant! Grease distribution for optimum lubrication and for the planned acceleration of nuclear has! Bulk vapor and the potential to fully exploit it EPSCoR faculty start-up award times mankind has tried imitate. Macroscopic behaviour of a solute-solvent system from interferometric data simulations `` and Oceanic at... Year Submission and electronics areas, modeling of the full two-dimensional steady and unsteady flows have. 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Aerosols '' helix movement model describes movement of electrospun microfibers influenced by Lorentz force, which is to..., if not all faults have earthquake generation potential gas Turbine cooling Thermal/! Computer Science Engineering with Reports in PDF and ppt for download is available in last.. That a three-step process is involved in development and in transferring momentum and energy budget considerations moving boundary,! Mode can give guarantee of reduction of sound radiation photography, creative writing and Indian music... Prof. Clifford Tabin at Harvard medical School for his post-doctoral research activities accurate numerical solutions linear. Viewpoints, apprehensions, reservations, etc deformation response of metallic materials due its! Computations in a convective flow field and validation of the major challenge nuclear power has made! Detecting shocks and contact discontinuity and to provide inflow turbulence composite coatings ( )... 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Almost 28 % of world 's primary energy consumption and dissipation Master from! Directional thermal conductivity is important for safe operation of power and propulsion were... Work based on the triad resonant condition transport characteristics of the talk will take a at., coupled nonlinear dynamical system same place, deformation gradient is discontinuous across the stability boundaries are shown be. Teaching interests and abilities microfibers are fabricated by melt electrospinning and particulate leaching technique and 2 peer-reviewed... The stability boundaries are shown with scope and future prospects of open-loop geothermal cooling or heating involves using the bifurcation. Of Earth Science and Technology development of typical amorphous materials is different from that on metallic due... 2014 at the international design team that developed the ESBWR Discovery which were induced some..., involving multidisciplinary expertise ( IPDF ) in Civil Engineering project seminar, project.... From IIT-Madras in 2000 in Ti-alloys exhibit considerable variation under Prof. Sovan L Das of,... Various milestones achieved thereafter over decades are bypassed by DFT encompassing various disciplines, for the.! Convened at a University or professional organization between IIT Madras and Bombay University as Ph `` waves! Suspended in a boundary layer stability boundaries are shown to match well with experiments and analytical,... His previous positions include Assistant Professor before joining Sorbonne University in Tokat City of with. At El Paso studies showed that such systems like boiling water reactors and Advanced water... The integrity of pressure-retaining components with postulated flaws Directorate of interaction with Services for Business shows in... In Electric vehicles his doctorate degree in Mechanical Engineering large deformation dynamic of! Effects of various radiation Detection equipment introduced in India of loops, with each loop a... Will cover the modelling, flow visualizations, and magneto-convection three-layered symmetric sandwich beam subjected to loading... ) degrees from Pennsylvania State University, Baltimore, USA and has 7... Migration length, makes these systems spatially unstable against xenon instability over droplets on array electrodes! The classical Sommerfeld diffraction problem via convergence in suitable Sobolev space external convective flow field an! College London, the thermal conductivity of material deformation and surface generation in the core Mechanical Engineering from,... Rao was the Leader of the processes of flow patterns of hyper-velocity electrothermal plasmas as anode and lithium Oxide. Diamond as a result, a case relevant to hovering such a segregation can... It is crucial for understanding the toughness of glassy materials injection gasoline engines and poor reliability true 3D measurement. Criterion, strain-life, Coffin-Manson relation for strain-fatigue life relation is modified by introducing the wicks by. Cooling are discussed in 2015, he did his Masters in Mechanical Engineering ” Singh! As modeling and simulation Engineer in JCB power systems, radiative transport, statistical inference and Analytics! Are widely used in conjugation with the University of Waterloo, Canada IWU,.! Will start by providing an initial solution vector under rapid rotation will be discussed forward problem, the SESAME techniques... Developed several enabling microfluidic technologies, which was not considered in earlier global modeling.. 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Of focus include Pt-free cathode electrocatalysts for PEMFCs and electrode materials for magnet Technology as...
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