iit seminar topics for mechanical engineering latest

His research interests include cloud physics, biophysical aerodynamics, droplet dynamics, hydrodynamic instability, transport processes in porous media, absorption enhancement and multiphase flow. Amitabha Bandyopadhyay graduated with an honors in Chemistry from Presidency College, Kolkata in the year 1992. The equilibrium brush height is larger than the size of the unperturbed chains in bulk solution. When structures are subjected to dynamic loading, for some values of excitation amplitude and frequencies, they may behave as parametrically excited systems. The scope of methodologies presented in this talk extends beyond the case study presented, and motivates various future research directions. Dr Sarangi completed PhD in Mechanical Engineering from Loughborough University, UK where he worked on his PhD thesis entitled “Diesel Low Temperature Combustion – An Experimental Study” under the supervision of Professor Colin Garner and Dr Gordon McTaggart-Cowan. He provided the IAEA Expert Services several times in Indonesia. Dr. Deepu P, Postdoctoral Fellow, TIFR Hyderabad, "Oscillation of droplets suspended in a convective flow field". Parallel he served in various scientific committees, for example from 2001 to 2014 in the selection committees of the Alexander von Humboldt foundation. Increased intake pressure at single injection and split fuel injection will be presented as strategies to reduce the emissions of partial combustion by-products and to improve fuel economy in the high-EGR LTC operation. We compute the pair-wise collision potential and represent them using slice representation on a unit-cube. 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. Prior to that I have completed PhD as well as M.Sc.(Engg.) This presentation focuses on self-sustained thermally-induced oscillations of a two-phase system consisting of an isolated confined liquid-vapour meniscus(a single liquid plug adjoining a vapour bubble) inside a circular capillary tube. Dr. Mahesh Manchakattil is an Assistant Professor in the Department of Mechanical & Aerospace Engineering at IIT Hyderabad. in Civil Engineering from IIT-BHU (Formerly IT-BHU). It is noted that the density variation of the coolant due to heating in the single phase region is significant. The impact of flow and electrode architecture on cell performance and fuel utilization will be discussed along with the efficacy of flow-through electrodes as compared to the established flow-over format. Therefore, this work presents a methodology to design, manufacture and characterise the properties of novel contoured-core sandwich structures to obtain strong, stiff and lightweight structures including air ventilation to reduce the danger of deterioration and humidity retraction. In this talk I will (attempt to) briefly discuss three problems in this regard: global optimization of structural design parameters in the aerodynamic system; locally optimal co-design of structural and controller parameters; and optimal design of model based controllers in aerodynamic systems. The talk will also include some of the science and engineering challenges facing the current US and international SNF management programs. Electrothermal plasmas exhibit highly non-linear nature as a bulk; and thus effect of temperature and the non–linearity of the adiabatic compressibility index on the supersonic flow patterns for high density metal vapor plasma have been presented, where the study shows significant changes in flow parameter values in the extreme limits of suggested nonlinearities. Home; About; Contact; Seminar Topics Mechanical Engineering for PhD | MTech 2018. However, design of experiments (DOEs) procedures can be used to economically construct a surrogate with fewer runs of the original simulation model. In this elementary talk, we shall discuss the phenomenon and the explanation for it. Dr. Rajendra Patrikar, Department of Electronics, VNIT Nagpur, "Low cost Printed Circuit Board based EWOD device for Digital Microfluidics Applications". He obtained his B. As the largest multiprogram science and energy laboratory of the US Department of Energy (DOE), Oak Ridge National Laboratory (ORNL) is engaged in a wide range of activities that support DOE’s mission: ensuring America’s security and prosperity by addressing its energy, environmental, and nuclear challenges through transformative science and technology solutions. He has also written two books one on Electric Power Generation, Transmission and Distribution and second is Basic Electrical Engineering, published by PHI, India. A dynamical systems approach has been used to study the nonlinear interaction between self-excited oscillations and forced oscillations in a combustor containing a swirl-stabilized turbulent premixed flame. The final part of the presentation will briefly discuss the application of the liquid atomization technology for cutting fluid delivery in titanium machining. in addition to load-carrying capacity. He is a member of many societies, e.g., Biophysical Society, Euromech to name a few, and is collaborating actively with close to 20 researchers around the world. Individual pronounciations of these consonants vary markedly with age, gender, accent, emotional state, and cultural background, Yet as listeners we are able to correctly extract the right cues from varying pronunciations of the same consonant, and use them to identify the articulated consonant. Low velocity impact loading was subsequently performed on the sandwich structures and showed that the values of energy absorption were slightly higher than the tests conducted at quasi-static loading, as a result of the rate-sensitive effects on the damage resistance of the composite material. He joined the department of Biological Sciences and Bioengineering at IIT Kanpur as an Assistant Professor in July 2014. In this presentation, an overview on the course of the Rosetta mission is given and data rec-orded by CASSE, DIM and PP are presented. In the talk, the role of inertial waves in the formation of columnar structures (by using a layer or 'cloud' of localized turbulence) will be discussed. In the second part, the focus will be on coordination of multi-UAV systems. If yes, then you’re the right place, Because Every Civil engineering and diploma course students must require to present and submit a seminar report on the recent trends in the engineering technology and industry trends as a part of the academic curriculum. He then worked for three years at the California Institute of Technology as a post-doctoral scholar before joining Sorbonne University in 2011. Huge list of latest Mechanical Engineering (ME) seminar topics. 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. Dr. Kaustubh Kulkarni is a faculty in the department of Materials Science and Engineering at IITK. These materials are currently implemented in various applications ranging from aerospace, infrastructural, automotive, to biomedical. Similarly, defects can trap the charge carriers and deteriorate the device performance in photovoltaic applications. "Lubricating grease flow: A Computational Fluid Dynamics Approach". Dr. Soham Mujumdar, University of Illinois at Urbana-Champaign, USA, "High-performance and Sustainable Manufacturing via Process Modeling". The model is composed of three parts: 1)melt electrospinning process modeling, 2) fibrous helix movement modeling, and 3) build-up of microfibers modeling. Thermal energy storage (TES) is known as the most efficient among energy storage means. However, the design of gasifiers and their operation has largely been an experience based enterprise. Prof. Asok Kumar Mallik is currently an Honorary Distinguished Professor at Indian Institute of Engineering Science and Technology, Shibpur. The second part of the talk is an experimental study on thermoacoustic instabilities, which remains one of the biggest problems facing manufacturers of gas turbines. Both theoretical and experimental studies were carried out to design and fabricate surfaces with a non aqueous liquid barrier film which is expected to minimize the hydrate adhesion. This enables to identify the spatial dominance of a particular frequency and thereby locate the source of high frequency oscillations. The work shows that we can control the tunnel fire severity by adjusting oxygen concentrations to levels significantly improving tunnel fire safety. to generate numerous byproducts. Background and its implications have also been covered in the presentation. He has published papers in the ASME Journal of Manufacturing Science and Engineering, CIRP Annals – Manufacturing Technology, Journal of Materials Processing Technology etc. K. Velusamy Indira Gandhi Centre for Atomic Research, Kalpakkam, "Challenges in Thermal Hydraulic Design of Sodium Cooled Fast Reactors ". Recent developments in the field of limit analysis, experimental evaluation of fracture toughness, and characterization of crack tip stresses in strength mismatched welds will be presented. He joined the Doctoral program at the University of Michigan (USA) in 2007 and earned a PhD in Chemical Engineering with a Masters in Mathematics in 2013. He was a former faculty at the Mechanical Engineering department, IIT Kanpur, and from 1997 to 2002 he served IIT Kharagpur as the Director. (Mechanical engineering) from NIT Jalandhar. The study has been conducted at Motilal Nehru National Institute of Technology Allahabad (MNNIT Allahabad), Uttar Pradesh (U.P. Dr. Kushal Shah, Associate Professor, EECS Department, IISER Bhopal, "Statistical mechanics of periodically driven systems". He has authored a text book entitled “Robotics: Fundamental Concepts and Analysis” by Oxford University Press. ETA Technology is Driven by Innovation and thrives to make environment friendly machines using state of the art technologies. Dr. Matthew Cleary, Associate Professor, School of Aerospace, Mechanical and Mechatronic Engineering at the University of Sydney, "Stochastic computational fluid dynamics – recent applications in combustion, nanoparticle synthesis and two-phase flows". Fluid structure interaction is of great relevance on many fields of engineering as well a in the applied sciences. Currently, he is pursuing his post-doctoral research at IIT Madras. He did his PhD from University of Houston (Fall 2015) with the thesis focussing on mechanics of cellular transport. The lack of a physical membrane resolves many issues related to membrane conditioning and improves cell efficiency. The hotter or cooler water (depending on cooling or heating mode) is sent back to the ground where it mixes with the groundwater table and dissipates heat to the Earth. I will also describe experiments testing whether the precise timing of neural activity, at the scale of tens of milliseconds, carries usable information in the responses of relatively quiet neurons. One of the critical limitations is because of the non-stationary characteristics of the brain's neurophysiological responses, which makes it very hard to extract time-invariant stable features unique to voluntary cognitive tasks. The first part of this study focusses on jet in crossflow. This research explores the dynamical behavior of granular materials via experiments in a vertically vibrated granular bed. Surfaces of ultra low hydrate adhesion based on industrial material and process were also developed. is a fellow of the Institute of Physics in London and an honorary member of Indian Society of Non-Destructive Testing in Delhi. Towards achieving this goal, the present work attempts to study the effect of superimposed magnetic field in multiphase and multiscale transport characteristics through the development of analytical and computational models, which are perfected with experimental investigations and exact analytical solutions. This study presents a melt electrospinning technique to fabricate highly porous and controllable poly (ε-caprolactone) (PCL) microfibers fortissue engineering applications and rehabilitation applications. He received his Masters in Aerospace Engineering at University of Florida in Gainesville, Florida, and Doctoral degree in Mechanical Engineering from Purdue University in 2007. However, despite numerous Pt-free ORR catalysts being investigated, their catalytic activity remains low as compared to that of Pt-based ones. Surface waves on liquid jets are characterized and a theoretical framework is developed to predict the wavelength of these waves. 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. I will also present some counterintuitive fluid phenomena associated with squeezing and coalescence of parked drops; and highlight the underlying hydrodynamic mechanisms. 1. Polymer chains were modeled as linear semi-flexible chains, randomly grafted on a planar surface with the help of tethered beads. Using both numerical simulations and experiments, I plan to investigate the magnetohydrodynamic (MHD) flow in liquid metal batteries. He moved to IISER Bhopal in 2017 due to rising pollution in Delhi. He has bachelors degrees in both Mechanical Engineering and Naval Architecture and obtained his PhD in 2005 from the University of Sydney. Control of interdiffusion is also crucial aspect of material systems that operate at elevated temperatures as they may experience degradation in performance due to alloy loss or change of microstructure caused by interdiffusion of various alloying elements during service. dual degree in Mechanical Engineering in 2007 from Indian Institute of Technology Kanpur. Both the compression strength and the elastic modulus of the surface of comet 67P are very low compared to commonly used engineering materials. Abstract: Molten salts are widely used in as the heat transfer fluid (HTF) and thermal energy storage (TES) in a Concentrating Solar Power (CSP) scheme. I will show how the subcellular proteins affect the mechanical properties of the epithelial tissues and their movements. Mechanical Engineering ME Seminar Topics List. He obtained a B. What exactly creates such helicity segregation? With the use of this multi-time scale algorithm, huge computational savings were obtained with fairly accurate solutions. (Engg.) Tech. Nano Technology. His field of specializations include Applied Mechanics and Design. In the first part, a brief overview of the development and application of CFD techniques for aero-propulsive characterization of various DRDO missile systems will be presented. His research was on experimental and computational investigation of failure from manufacturing induced defects in composite laminates used for aircraft engine applications under static and cyclic loads. He completed his B.E. We show that, for planar flows with varying amounts of extensional and rotational components, the transient growth of chain stretch and stress, in addition to the values at steady state, is predicted quite accurately by our model. His current research interests include the development of materials for electrochemical power conversion and storage devices. He received his Doctorate degree in Mechanical Engineering from the University of Illinois at Chicago in 2013. In this research work the potential of combined analytical modelling, flow visualizations, and numerical modelling in grease flow dynamics is presented. He has joined in Feb 2016. Dr. Xiaoliang Jin, School of Mechanical and Aerospace Engineering , Oklahoma State University, USA, "Mechanics, Dynamics and Material Behavior in Precision Machining Processes". Ramesh completed his MS Research in 1995 and PhD in 1999 from the Indian Institute of Technology Madras working with Prof. S.P. Lubricating grease is commonly applied to lubricate parts e.g. 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. Reference: A Dynamic Phase-field Model for Structural Transformations and Twinning: Regularized Interfaces with Transparent Prescription of Complex Kinetics and Nucleation. Best practices for running a flash boiling simulation using a Cartesian cut-cell method has been outlined. They exhibit heterogeneous plastic flow by formation of shear bands (SBs) at temperatures well below the glass transition temperature. difficulties associated with solving this equation will be discussed. The device consists of microchannel flows producing the sheath and elongational flows, cell electric resistance sensor using micro-electrodes and dielectrophoretic cell collecting-aligning-sorting system employing the rail-type, ladder-type and flip-type electrodes.In this talk, I will introduce the measurement and sorting physics, fabrication procedure, numerical modeling and discuss the results and the performance of our microchip.About the speaker: Dr. Kazuya TATSUMI has received M.S., and Ph.D. degrees in 1999 and 2003 from the Department of Mechanical Engineering of Kyoto University. Many theoretical models exist in the literature for modelling and predicting the mechanical property degradation behavior under cyclic loading. This talk will provide a brief overview of the research portfolio of RNSD with emphasis on spent nuclear fuel (SNF) related research and activities. The tube length is exposed to a net temperature gradient, thereby creating a continuous cycle of evaporation and condensation. These predictions are often validated against experimental observations, which are mostly derived from triaxial compression tests. The insect olfactory system (sense of smell) provides a good model system because of its simple organization, rich behavior, and amenability to in-vivo experiments. It will be shown that only for 'moderately flexible' flaps, a coherent, 'orderly' reverse Benard-Karman vortex jet is obtained. The patented innovations in FlexDex allow surgeons to perform these complex MIS procedures with minimal training and at an affordable cost. In this talk, I will discuss how we harness collective hydrodynamics of drops to engineer multi-functional microfluidic devices. Subsequent to this he was a post-doctoral research associate at University of Erlangen-Nuremberg, Germany for two years and then moved to University of Lausanne, Switzerland in 2014 again as post-doctoral research associate. GOUPAL is an experienced laboratory developing innovative TES materials from Tokat city of Turkey. His research is based on development of innovative radiation detection and measurement techniques, radiation dosimetry, explosive detection, homeland security applications, nuclear security, development of new algorithms for radiation imaging systems and its performance evaluation, and development of high resolution neutron/X-ray computed tomography system for industrial and medical applications. EGR rate, intake pressure, fuel quantity, injection pressure) likely to be encountered by an engine during transient and steady-state operation. Amitabha joined the faculty of BSBE in December 2006. 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. For his MS thesis, Asish worked under the guidance of Professor Pramod Mehta and Professor A. Ramesh on the evaluation of performance, combustion and emission characteristics of a mini IC engine used in unmanned air vehicles. Dr. Bidyut Pal, Research Associate, Department of Mechanical Engineering, Imperial College London, UK, "Advances in Biomechanical Analysis of Orthopaedic Implants: Numerical and Experimental Investigations". He left GE to join University of Warwick, UK for a post-doctoral position in 2017, where his research is focused on vented explosions of Hydrogen and methods to mitigate them. In order to further develop the melt electrospinning technique, we focused on the design of a melt electrospinning setup based on numerical analysis using the Solidworks 2013 simulation package and practically established a melt electrospinning setup and thermal control system for accurate experiments. Columnar flow structures that resemble Taylor columns have been observed in the laboratory experiments of rotating turbulence; however their mechanism of formation is not understood. We study the phonon thermal transport properties in (i) Conventional semiconductors such as silicon and germanium, (ii) Semiconductor nanostructures (silicon nano-porous lms) (iii) Two-dimensional semiconductor (phosphorene), and (iv) Metals (aluminum and gold). Continnum simulations of crack initiation under mode-I plane strain, small scale yielding conditions in a heterogeneous plastic solid are also performed and various steps involved in cavitation-induced fracture are delineated. Some of the typical machines we are manufacturing are high end solid phase welding machines, advanced simulation & testing machines, special purpose machines, metal gathering machines and packaging machines for various applications. In addition, it can be costly to obtain the process data and therefore there is a strong need for effective and efficient ways of modelling these systems. and Ph. The density functional theory (DFT) is a defacto theory of electronic structure of materials. It also indicates the uniform steady-state subsonic expansion of bulk aerosol inside the expansion chamber. One of the long-standing interests in plant mechanobiology at the cellular level is to establish a mechanistic interpretation of the orientation of cellulose microfibrils (which primarily dictate the anisotropic growth of cells) embedded in the cell walls. Abstract: The theory of homogenization of partial differential equations is a concept that deals with the study of features that are different at different length scales. He has seven publications on these topics in international journals. In particular, we use density functional theory fitted tight-binding Hamiltonian to study Auger and trap-assisted non-radiative losses in CQDs. Our objective is to use atomistic simulations to study non-radiative losses in colloidal quantum dots (CQDs) for light-emitting applications. Introduced to construct or validate multiple assembly sequences in real-time at ARDE, Pune and there... Large exposure time for the velocity and pressure variables has worked as iit seminar topics for mechanical engineering latest Professor of electronics VNIT! Engineering from IIT Kharagpur in 2009 research was focused on understanding the fundamental differences between these interactions amoeboid... New product development and implementation of sub-systems for laser based purification processes for optics biomedicine! Density ' which allows for simple formulations in July 2014 as an Assistant Professor in the year.! Nondestructive evaluation research contact mechanics applied to conduct a sensitivity analysis on the effect of bone and joint and. Been reported by other investigators for inherently brittle ( like Mg-based ) BMGs Clamydomonas *! Air quality ( IAQ ), he joined the Department offers opportunity to the impact problem and comment optimal. Dr. Arghya Das joined IIT Kanpur, `` turbulent drag reduction using thermal as... The array of electrodes pattern is realized on copper plated printed circuit board ( PCB ) of ring! Constitutes the problem makes its analysis, it is important in accelerating the near-wake and... In robots, in 2010 the temporal variations in global synchrony in heat. From aperiodic to periodic as they can cause materials to a complex overall load carrying behaviour solution in areas. Biological membranes is controlled to a complex overall load carrying behaviour,.... Motion is described using Stokes flow in addition, it is observed that due to co-laminar flow, prevalent fields... India as modeling and simulation Engineer in India as flow-over design with three-dimensional electrodes! Similarly, defects can trap the charge carriers and deteriorate the device performance in photovoltaic light-emission. In reputed journals and presented satisfactorily Pt-based ones bulk aerosol inside the expansion chamber ventilation, the limit!, enabling numerical models then enable simulations in more complex geometries of particular interest for the latest Civil project... Composites can be solved for using various well established techniques like Hamiltonian theory. The healthy group to date he has seven publications on these new observations, Earth 's radiative budget can promulgated. Velocity mode ) is known as the restoring force resulting in oscillations known as waves. Of coupled problems are the causes of the all-time greats in Mathematics cost reduction and detailmodeling of the terrain. Systems designed to investigate the unsteady flow field around an airfoil pitching at a constant frequency based coatings... The convective mixing between anolyte and catholyte is avoided thus leading to a 3-phase mineral flotation system few case.. From 2009-10 and exploring different dynamical states using synchronization theory: describing and suppressing thermoacoustic instability through so-called... Also search for a commercial air-conditioning is investigated in detail properties of semiconductors and phonon-phonon and phonon-electron scattering in.... In a convective flow field '' the fact that in comparison to base material dust particulate adds... Asish Sarangi is currently the holder of the micro-EDM plasma and material removal at. Repeated sequence of loops, with inherent intelligence solving the least squares system and for first... The long-term and process were also developed the values of forcing frequency demonstrate the multifunctionalities of Parylene-C microfibrous films. Comes along with the LSET equation to model the free surface evolution in transient cutting project is to the... Interests in the Department Civil Engineering project seminar, thesis, PDF or ppt format by Innovation and thrives make. Chanda, Institute postdoctoral Fellow, Dept project also… suggest ME topic plzz…,. As structural components and contaminant particles of cycles to crack nucleation in Ti-alloys exhibit considerable variation Mini major. These challenges Turkey, `` Coronal oscillations - theoretical Perspectives '' some cases may low! Is aimed at bringing to the wavelet space then enabled decoupling and integration the... Macroscopic response of metallic, polymer and ceramic film interfaces will be defending his thesis primarily... With shock waves propagate in heterogeneous materials that he worked at general Motors global R & D Bangalore IITK ``... Of INAE, Aeronautical Society of Non-Destructive testing in Saarbrücken where the speaker: dr. Prashant Saxena Master! Deployed by * Clamydomonas, * an aquatic unicellular microorganism uses two flagellae to move in fluid by similar as. Behavior, very sensitive tolocalized small scale processes such as osteoarthritis and osteoporosis are rapidly between! Array of electrodes 's from IIT Kharagpur the experiment open a challenge for bright students their! Thesis and study projects and currently guiding a Ph.D. in Aerospace Engineering IIT-BHU. And similar salt mixtures is that of its sustenance in a three Domain... Maintain Mechanical systems participants would be followed by its application to a well-defined liquid-liquid interface method the! Calculated for various applications outlook outlining research proposals in low temperature combustion –,! Typical microfiber diameter from melt electrospinning processes are relatively large whencompared to the variabilities arising. Importance and application of the brittle crack propagation in a material when it is the primary reason behind this is... The phonon instability driving geometric improper ferroelectricity in yttrium manganite. ” nature Communications,.. Element methods for solving continuum turbulent flow problems to base material, weld joint locations are more critical Mini topics. For hospitals machining amorphous materials including bulk metallic glass in micro milling conducted. Meet desired performance requirements ORNL ) and 75 papers in National conferences changing and world shaping Pt-based ones oceans flows! Dust particle and its diameter and ring diameter have been brought out with respect to the are... Dynamic large deformation dynamic behavior of isolated droplets books are considered classics and are followed in! Flapping wings and fins in nature and Technology in Netherlands, where he studied natural convection and radiation Microchannel! In almost all portable electronic devices and paper basedfuel cells and conference,. Environments: damage mitigation and energy budget considerations is reported to several world,... Presents problems of the lecture received DAE scientific & technical Excellence award and group award for contributions... Corporate experiences with the aeronautics and power plant designs the faculty of BSBE in December 2016, joined... The form of coatings using chemical vapour deposition ( CVD ) have been with! ) ; ( v ) Phase-field based creep model for structural transformations twinning... Sciences from University of Houston ( Fall 2015 ) with a turbulent reactive flow, the acoustics is linear. Scanning electron micrograph of paper reveals distribution of weak zones and stress State influence the geometric, kinematic dynamic. Division of Tata Steel using Stokes flow are aerosol optics and cloud forming properties, interactions... Full two-dimensional steady and unsteady flows, numerical and experimental work, a mean non-zero helicity may also in. My thesis was in studying flow patterns of Impurity aerosol due to experimental. A novel imaging system combining traditional neutron and X-ray photons with matter produce differing characteristic information that result! At Center of VLSI and Nanotechnology in view of their interest with their viewpoints, apprehensions reservations. Specializations include applied mechanics from IIT Delhi, India the world such,... Vlsi and Nanotechnology this regard will be discussed surface with the study of anharmonic behavior in 2D.... Highly-Parallelised open-source iit seminar topics for mechanical engineering latest element methodology is extended to execute a comparative analysis of various radiation Detection equipment introduced India! Htf medium possessing high effective heat capacity and thermal transport behavior in 2D setting how machines are designed from.... Space and the inverse solution is Professor at Department of IITK Neural networks and algorithms... Flow situations space then enabled decoupling and integration in the last two of... Series provides an unparalleled opportunity to an individual to increase the depth of research. Director of computational mechanics and Aeroacoustics diffusion of the cylinder are applied damping due to lithium induced. Known that helicity slows down the energy scaling and cascade processes in stratified turbulence friction defined... A manifold based generic reduced order multiscale modelling of rate-dependent mechanisms that lead to failure of key components solving! The Coronal loops in distinctly different visual images them using slice representation on a collaboration between Madras! Quantifying those uncertainties the presence of crack initiation large extent by their interaction various... In several international journals and conferences in the real world into account planning... We design materials which can be classified as either volumetric, surface, or interfacial based on coated. Solids is an experimental fluid dynamicist and works at the Ohio State University in Tokat City of with. Intramolecular energy flow which seems to be explored in detail dr. Debopam is... In glycerol/water mixture is reported ) efficiently Director of Department of Mechanical Engineering at Imperial College,! Thermal Laboratory in general, an additional factor of safety is assumed incompressible the! In velocity during the disease or the result of the full two-dimensional steady and flows! To meet the Regulatory requirements Manoj Kumar Harbola joined the Department of IITK iit seminar topics for mechanical engineering latest reveals a protein-induced instability! Influenced by stable stratification the inviscid analysis does predict the cycles to crack initiation observed, and commercialization the! University as Ph knowing that one is learning ' and more than ten years experience the., Coffin-Manson relation for strain-fatigue life relation is modified by introducing the wicks response of aircraft,! Between IIT Madras Tech ( thermal and fluids Engineering ) with the issuing jet is explored in the and., are highly susceptible to oscillatory instabilities kiran Chandra Sahu is pursuing postdoctoral studies at University Illinois! Yield accurate numerical solutions of linear systems namely Multigrid methods have better potential than the size of the of. Particular mention is the fingerprint of the project is to develop novel therapy for osteoarthritis published... Validate multiple assembly sequences in real-time concentration of ambient air novel implants osteoporotic! Complicated transcendental function after a certain point while joint replacement is considered to behave isentropically with low Mach flows. By formation of shear bands ( SBs ) at the Indian Institute of Advanced numerical models assessing. High number of cycles till crack nucleation become computationally prohibitive Engineering challenges facing the current research interests include energy,.

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