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    • Mechanical Engineering (ME)
    • Browsing Mechanical Engineering (ME) by Advisor
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    Browsing Mechanical Engineering (ME) by Advisor "Ananthasuresh, G K"

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    Now showing items 1-16 of 16

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      • A Continuous Optimization Approach To Protein Design With Structural And Functional Constraints 

        Rakshit, Sourav (2013-04-30)
        We have developed a novel computational approach to functional de novo protein design using gradient based continuous optimization techniques. Motivated by many engineering applications in which a cost function is optimized ...
      • Design And Development Of Miniature Compliant Grippers For Bio-Micromanipulation And Characterization 

        Bhargav, Santosh D B (2017-05-24)
        Miniature compliant grippers are designed and developed to manipulate biological cells and characterize them. Apart from grippers, other compliant mechanisms are also demonstrated to be effective in manipulation and ...
      • Design Of Two-Axis Displacement-Amplifying Compliant Mechanisms Using Topology Optimization 

        Dinesh, M (2010-07-14)
        This thesis deals with the design of two-axis displacement-amplifying compliant mechanisms (DaCMs) using topology optimization. The two-axis compliant mechanisms considered here are XY positioners and two-axis inertial ...
      • Discrete particulate description of elastic structures undergoing geometrically nonlinear deformation and dynamic particle interaction 

        Ghosh, Prasenjit
        The mechanical behaviour of deformable bodies in a particulate environment has been an area of increasing interest across a wide spectrum of systems and scale. A composite ensemble of deformable structures and discrete ...
      • Feasible and Intrinsic Kinetoelastostatic Maps for Compliant Mechanisms 

        Varma, Indukuri Harish (2018-03-06)
        Despite many advances in the design methods for compliant mechanisms, it is still not possible to know if a set of user-specifications has a solution. Furthermore, practical considerations such as failure limits and ...
      • Force-Amplifying Compliant Mechanisms For Micromachined Resonant Accelerometers 

        Madhavan, Shyamsananth (2013-04-04)
        This thesis work provides an insight into the design of Force-amplifying Compliant Mechanisms (FaCMs) that are integrated with micromachined resonant accelerometers to increase their sensitivity. An FaCM, by mechanically ...
      • Frequency-Tuning and Dynamic Simulation of Electrostatically Actuated Beams 

        Mittal, Saurabh (2018-01-03)
        The resonance frequency of electrostatically actuated micromachined beams can be tuned substantially by applying a DC voltage bias, first by decreasing the frequency until the onset of pull-in and then by increasing it by ...
      • A Haptic Simulator for Gastrointestinal Endoscopy : Design Development and Experiments 

        Chakravarthy, Shanthanu (2018-09-04)
        Endoscopy is an involved clinical practice requiring considerable skill in performing the procedure. Virtual reality together with haptics offers immersive, flexible, and cost-effective platform for training in endoscopic ...
      • Non-Dimensional Kinetoelastic Maps for Nonlinear Behavior of Compliant Suspensions 

        Singh, Jagdish Pratap (2018-02-18)
        Compliant suspensions are often used in micromechanical devices and precision mechanisms as substitutes for kinematic joints. While their small-displacement behavior is easily captured in simple formulae, large-displacement ...
      • Pragmatic Design of Compliant Mechanisms using Selection Maps 

        Hegde, Sudarshan (2018-04-02)
        A pragmatic method for designing compliant mechanisms is developed in this thesis, by selecting among existing mechanisms one that may be modified as required. This method complements existing techniques by answering ...
      • Static Balancing of Rigid-Body Linkages and Compliant Mechanisms 

        Sangamesh Deepak, R (2018-03-07)
        Static balance is the reduction or elimination of the actuating effort in quasi-static motion of a mechanical system by adding non-dissipative force interactions to the system. In recent years, there is increasing recognition ...
      • Statics of Shallow Bistable Arches 

        Palathingal, Safvan
        Bistable arches have two force-free stable equilibrium configurations. They also show multimodality by switching between their stable states in multiple deformation pathways. These two attributes and their nonlinear ...
      • Studies for Design of Layered Ceramic Armour Inspired by Seashells 

        Akella, Kiran (2018-06-26)
        Pearly layers in seashells, also known as nacreous layers, are reported to be three orders of magnitude tougher than their primary constituent, aragonite. Their high toughness is attributed to a particular structure of ...
      • Topological Derivative-based Optimization of Fiber-reinforced Structures, Coupled Thermoelastic Structures, and Compliant Mechanisms 

        Desai, Akshay
        The topological derivative of a functional quantifies the sensitivity with respect to an infinitesimal domain perturbations such as a hole, an inclusion, a source term, a crack, etc. In this thesis, topological derivatives ...
      • Topology Optimization Of Composite Heat-Sinks Involving Phase-Change Material 

        Srinivas, V S S (2010-08-16)
        The principal goal of this thesis is to develop a systematic method for the design of composite heat sinks (CHSs) that serve as passive and transient cooling devices for microelectronics. This is accomplished by posing the ...
      • Two Inverse Problems In Linear Elasticity With Applications To Force-Sensing And Mechanical Characterization 

        Reddy, Annem Narayana (2013-06-24)
        Two inverse problems in elasticity are addressed with motivation from cellular biomechanics. The first application is computation of holding forces on a cell during its manipulation and the second application is estimation ...

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