faculty ラーメンベット 登録方法 Directory

Research Interests

Nanoscale devices, carbon nanotubes and graphene; plastic nanoelectronics and nanotechnology; high-frequency analog circuit design; biosensors

Research Interests

Development of multiscale methods combining quantum, atomistic, mesoscale and continuum scales; Application of multiscale methods to study nanofluidics, bionanotechnology, nanomaterials/nanoelectromechanical systems, and soft matter

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Thermal and other energy systems, oil and gas flow assurance, ラーメンベット 登録方法 and micro-and-nanofabrication

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Statically equivalent models for simulation and optimization of complex engineered systems; proactive energy management for buildings; optimal operation and strategic decision support; fault detection and isolation for multi-scale systems

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Ultra-high vacuum and remote plasma-enhanced chemical vapor deposition; silicon-germanium-carbon heterostructure MOSFETs and nanostructures; ultra-shallow junction technology; semiconductor device modeling

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Semiconductor electronic and optoelectronic devices; molecular beam epitaxy (MBE), Semiconductor nanostructures, metal and semiconductor hetero- and nano-structures

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Design and analysis of manufacturing systems; large-scale hierarchical optimization; healthcare delivery improvement; workforce planning & scheduling

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Freeform fabrication; system dynamics; control; mechanical ラーメンベット 登録方法 in oil and gas

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Molecular ラーメンベット 登録方法, biotechnology, therapeutics and drug delivery, epithelial biology and extracellular matrix, post-translational modifications, synthetic cells and tissue, biophysics and biointerfaces

Research Interests

Development of femtosecond laser nanosurgery techniques for manipulation of biological systems; two-photon fluorescence laser scanning microscopy; development of miniaturized endoscopes for in-vivo cancer detection and treatment; applications for nerve regeneration processes and early cancer detection and treatment

Research Interests

Material science aspects and mechanistic modeling of distresses in pavement ラーメンベット 登録方法 (fatigue cracking, moisture damage); self healing properties of bituminous ラーメンベット 登録方法; structure-property relationships in composite ラーメンベット 登録方法; surface properties and interfacial adhesion of ラーメンベット 登録方法; development of test methods to characterize properties and performance of pavement ラーメンベット 登録方法

Research Interests

Gas turbine engines, specifically film cooling and internal cooling of turbine components; experimental techniques for thermal-fluid measurements

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Rheology of complex fluids; immersion and imprint lithography; self-assembly of nanoparticulate films; modeling of the formation of oil reservoirs

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Ionic liquids; thermodynamics; gas separations; supercritical fluid technology; environmentally benign chemical processing

Research Interests

Advanced design and manufacturing; Nano and micro-scale ラーメンベット 登録方法

Research Interests

Micro-and nano-optical interconnect devices; polymer-based guided-wave optical interconnection and packaging; true time delay wide band phased array antenna; bio and environmental sensors; silicon nanophotonics

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Tissue repair and regeneration; polymer science; bioengineering

Research Interests

The design and development of nanomanufacturing processes and equipment; application of nanoscale science in ラーメンベット 登録方法; ラーメンベット 登録方法 of thin films, nanotubes and nanowires; manufacturing and assembly of nanostructured materials; design of micro/nanoscale machine elements for mechanical sensors and energy systems

Research Interests

Advanced quality control in multi-station manufacturing systems; immunity inspired approaches to diagnosis and control of complex dynamic systems; maintenance decision-making in flexible and reconfigurable systems; applications of advanced signal processing in biomedical ラーメンベット 登録方法

Research Interests

Plastic transistor technology; organic transistors; sensors; solar cells; organic-based laser physics and optics

Research Interests

Pore fluid ラーメンベット 登録方法; non-aqueous flow through porous media; earthquake ラーメンベット 登録方法; liquefaction; fatigue life and behavior of asphalt concrete

Research Interests

Combustion in porous media; low-emission burners; fuel reformers, biomass combustion

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Jet flames; aerosols; fire dynamics; flame ignition

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System dynamics; impact dynamics; constitutive modeling

Research Interests

Nanomaterials design and synthesis; nano-biotechnolgy; nano-manipulation; nanoelectromechanical system (NEMS); energy

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Gas separation ラーメンベット 登録方法; gas-vapor barrier ラーメンベット 登録方法; membranes for water purification; membrane module modeling

Research Interests

Self-assembly in polymer-particle mixtures; simulations of dynamics of self-assembled ラーメンベット 登録方法; theory and simulation of rod-coil and crystallizable polymers; simulations of structure and properties of ラーメンベット 登録方法 for fuel cell and photovoltaic applications

Research Interests

Elastic and acoustic wave propagation in complex media, acoustic metamaterials, new acoustic transduction ラーメンベット 登録方法, ultrasonic nondestructive testing, and vibro-acoustic transducers

Research Interests

Silicon micromachining (MEMS); acoustics and dynamics; optics and photonics; technology transfer

Research Interests

Stochastic models; multiclass queueing networks; semiconductor wafer fabrication

Research Interests

Mechanics of integrated ラーメンベット 登録方法 and structures at micro-and nano-scales; reliability of advanced interconnects and packaging for microelectronics; mechanical instability of thin films and nanostructures; multiscale modeling and simulations

Research Interests

Molecular sensing technologies; nanomaterials, microfabrication, and nanophotonics with applications in environmental sensing, homeland security and medical diagnostics

Research Interests

Nanotechnology, Spintronics, Magnetic Memory

Research Interests

Particle ラーメンベット 登録方法 including nanotechnology; drug delivery; polymer thin films including nanocrystal composites; environmentally responsible processing with solvents including carbon dioxide for materials science and separation processes; carbon dioxide enhanced oil recovery

Research Interests

Hydration chemistry and microstructural characterization of portland cement and related ラーメンベット 登録方法; mechanisms of chemical deterioration in concrete; concrete durability; reducing the environmental impact of concrete production

Research Interests

Influence of porous ラーメンベット 登録方法 on abeta amyloid formation

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Nanostructure assembly and organizational strategies; development of new approaches for nanoscale material synthesis and applications, including photovoltaics, thin film transistors, lithium ion batteries and medicine

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Production and characterization of nanoparticles; nanostructured thick films; solid oxide fuel cells; honeycomb ceramics

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Integrated Circuits; Emerging Nano-technologies

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Applied operations research; supply chain management; manufacturing and transportation logistics; game theoretic and distributed mechanisms (e-commerce and auctions)

Research Interests

Instability in solids and structures (plastic buckling of structures, propagating instabilities in shape, memory metals, composites and foams); modeling of nonlinear behavior and failure of solids (metals, composites and foams)

Research Interests

Mechanics of ラーメンベット 登録方法; ferroelectrics; ferromagnetic shape memory alloys; fracture mechanics; continuum thermodynamics

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Nanostructured semiconductor ラーメンベット 登録方法 and devices

Research Interests

Apply theory and atomic scale simulations to solve ラーメンベット 登録方法 problems; room-temperature electron transport in ラーメンベット 登録方法 and how it would be affected by the atom vibrations (phonons), defects, and the interface

Research Interests

Physical system modeling, analysis and control; evaluation of robotic ground vehicles; vehicle system dynamics and control; electromechanical systems and mechatronics

Research Interests

Mechanics of thin films on compliant substrates; mechanics of flexible electronics with extreme deformability and compliance; mechanics at bio-electronics interface; development of novel bio-integrated soft electronics for cardiac, neural and epidermal applications

Research Interests

Polymer sciences, including areas such as modeling, design and synthesis of membranes for capture of carbon dioxide; synthesis of degradable biomedical ラーメンベット 登録方法; and understanding ion transport in polymer electrolytes

Research Interests

Structural transformations and chemical reactions occurring on material surfaces and at solid/solid, solid/liquid interfaces under extreme environments and conditions far from equilibrium

Research Interests

Clean energy ラーメンベット 登録方法; electrochemical energy conversion and storage; Lithium ion batteries, fuel cells, supercapacitors, and solar cells; nanomaterials

Research Interests

Polymeric nanoparticles for RNA delivery; soft matter characterization; and structural DNA nanotechnology for sensing; nanorobotics; smart soft ラーメンベット 登録方法.

Research Interests

Chemical synthesis and assembly of nanostructured electronic and electrochemical ラーメンベット 登録方法; processing-structure-property relationships; energy; electronic devices

Research Interests

Electrochemical and chemical energy storage; thin films; ラーメンベット 登録方法 design; transmission electron microscopy and corrosion

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ラーメンベット 登録方法 chemistry for energy studies regarding solar photoelectrocatalysis; catalysis of nano-structured surfaces; ラーメンベット 登録方法 for lithium-ion battery electrodes

Research Interests

Production systems: project supply chain management, project controls; computer integrated construction: information integration, collaborative systems, human-computer interaction, implementation issues

Research Interests

Project constructability; advanced construction technologies; pre-construction management systems; project decision/risk analysis; systems for work process integration; benchmarking of capital projects; value management processes

Research Interests

In-space Assembly and Manufacturing, Lunar Infrastructure, Wave Mechanics, Homogenization, Inverse Problems

Research Interests

Biomaterials; controlled drug delivery; molecular modeling of protein structures in contact with biomaterials and tissues; modeling of biomedical devices; bionanotechnology; molecular recognition processes

Research Interests

Highway pavement design and rehabilitation; monitoring, evaluation and performance analysis of highway pavements; asphalt technology; accelerated pavement testing; sustainable pavement ラーメンベット 登録方法; environmentally-friendly pavement technologies; applied probability and statistics; applied econometrics; life-cycle cost analysis; transportation infrastructure management

Research Interests

Industrialized construction; modular construction; geometric digital twins; digitization; building information modeling; computational design; circular economy; ラーメンベット 登録方法 reuse.

Research Interests

Mechanical behavior of ラーメンベット 登録方法 at high strain rates; fracture in nominally brittle ラーメンベット 登録方法; shear banding in polymeric ラーメンベット 登録方法; phase transformation in shape memory alloys

Research Interests

Theory of electronic and optoelectronic devices, particularly at the nano-scale; semi-classical and quantum mechanical device modeling; alternative ラーメンベット 登録方法 and geometries for CMOS (non-classical CMOS); alternative state variables and switching methods (beyond CMOS)

Research Interests

Understanding the structure and properties of catalysts to enable next-generation sustainable technologies

Research Interests

CO2 capture from coal-fired power plants by aqueous amine scrubbing; mass transfer with fast reaction in the boundary layer

Research Interests

Multi-disciplinary elements of bioheat transfer; nanomedicine; biomedical optics; tissue regeneration; cancer ラーメンベット 登録方法

Research Interests

Cardiovascular biomechanics; computational simulation of the behavior of the cardiovascular system; advanced constitutive models, biomechanical interactions of cell, tissue and organ in native and engineered heart valves and myocardium

Research Interests

Structural health monitoring; non-destructive evaluation; ultrasonic sensing methods for smart structures; wave propagation in solids; digital signal processing and pattern recognition

Research Interests

Environmental nanotechnology; physicochemical processes; fate and transport of nanomaterials in the environment; groundwater remediation

Research Interests

ラーメンベット 登録方法 mechanical properties and lifetime of soft polymeric materials

Research Interests

Intersection of system and design science

Research Interests

Energy and environment; thermal management; electronics, photonics and sensors; biomedical technologies

Research Interests

Development of energy storage ラーメンベット 登録方法 and lightweight alloys; Electrical energy storage (batteries), thermal energy storage and ラーメンベット 登録方法 for gas capture and storage (H2 and natural gas storage; CO2 capture)

Research Interests

Nano-resolution lithography; flexure-based micro- and nano-precision machines; precision optical systems; real-time nano-resolution optical sensor architectures

Research Interests

Multiscale simulation of electrochemical systems; model-based battery management systems and real-time state-of-charge/real-time state-of-health estimation of Lithium-ion batteries

Research Interests

Processing-microstructure-property relationships in light alloys; refractory metals; superalloys; hypereutectoid steels

Research Interests

Visible light-induced 3D printing of bio-functionalized scaffolds for tissue ラーメンベット 登録方法 applications; AD processes for multi-material 3D biofabrication; in vitro 3D modeling; orthopaedic biomechanics

Research Interests

Self-assembly; design of ラーメンベット 登録方法; protein therapeutics and biomedical Imaging; water’s role in biological processes; complex fluids

Research Interests

Nanoelectronics; chemical vapor deposition; graphene; semiconductor nanowires and devices

Research Interests

Ultrafast carrier dynamics and micro/nanoscale heat transfer in nanomaterials with optical spectroscopy; thermoelectrics; photovoltaics; gas fuel generation; quantum-cascade lasers

Research Interests

Advanced materials science and ラーメンベット 登録方法

Research Interests

Precision mechatronics, instrumentation, dynamic systems and control, nanotechnology, scanning probe microscopy, miniaturized robots, medical devices

Research Interests

ML/data-driven material characterization; deformation measurements: digital image correlation/volume correlation & particle tracking; Laser-induced inertial cavitation (hydrogels/biomaterials); Dynamic instability in viscoelastic ラーメンベット 登録方法

Research Interests

Nanomaterials for energy science and environment; energy storage and conversion devices; nanoelectronics; nano-biotechnolgy; self-assembly of nanostructures

Research Interests

Architected ラーメンベット 登録方法 (mechanical metamaterials), deployable structures, extraterrestrial structures and ラーメンベット 登録方法, bio-inspired ラーメンベット 登録方法, additive manufacturing, and shape morphing structures. 

Research Interests

Nanophotonics; micro and nanofluidics; molecular ラーメンベット 登録方法; nanobiotechnology; lab on a chip; solar energy; information technology