Two-stage machine learning framework for investigating vapor bubble dynamics in nucleate flow boiling.

Data-driven empirical correlation framework for full-cycle vapor bubble dynamics in nucleate flow boiling.

Non-intrusive diagnostics of bubble behavior and boundary layer modification under ultrasonic excitation in pool boiling studies.

Simultaneous mapping of bubble dynamics and thermal gradients during buoyancy-opposed pool boiling through schlieren measurements.

Dynamic measurements of thermal boundary layer and heat transfer rates along a heated flat plate under the influence of ultrasonic field.

Non-intrusive experiments on coupled bubble dynamics and heat transfer during nucleate boiling under varying pressure conditions.

Low Weber Number Immiscible Droplet Impact on a Water Pool: A Background-Oriented Schlieren Study on the Interfacial Dynamics and Capillary Wave Characteristics.

Gradients-Based Measurements to Understand the Boiling Characteristics of Dichloromethane for Thermal Management Applications.

Surface Wettability Effects on Droplet Dynamics and Heat Transfer on Heated Stainless-Steel Foils.

Prediction of bubble dynamics parameters in nucleate flow boiling using artificial neural networks (ANN).

Machine learning-inspired study of dynamical parameters of single vapor bubble under nucleate flow boiling regime.

Simultaneous Mapping of Bubbling Regimes and Thermal Layer During Direct Contact Condensation of Steam Using Gradients-Based Approach.

Coupled Wall Boiling and Population Balance Model for High Void Fraction Flows Under Sub-Cooled Nucleate Boiling Regime: Model Development and Validation.

On the quantification of microlayer contribution toward bubble growth under subcooled flow boiling regime.

Understanding the coupled dynamics of vapor bubble and microlayer on nanocoated varying wettability surfaces under nucleate flow boiling regime.

Comprehensive experimental thermal analysis of single bubble nucleation in vertical flow boiling: Whole field temperature and microlayer dynamics.

Machine learning-aided investigation of immiscible droplet impact on liquid pools across varying depths and droplet viscosities.

Coupled bubble dynamics and interaction mechanisms of adjacently nucleated vapor bubbles under subcooled pool boiling regime.

Experiments to understand microlayer and dry patch dynamics under subcooled nucleate flow boiling in a vertically oriented rectangular channel.

Microlayer dynamics of hydrodynamically interacting vapour bubbles in flow boiling.

Performance evaluation of liquid nitrogen-cooled cryoprobes using a combined numerical and experimental approach.

Study on the composition effect upon the microstructure development in Cu-Fe alloys prepared using a W-wire method, Mater.

Study on the composition effect upon the microstructure development in Cu-Fe alloys prepared using Aerodynamic Levitation, Mater.

Numerical and experimental investigation on tracking of freezing front during the cryosurgical freezing of a tissue mimicking medium.

Experiments to understand bubble base growth mechanism(s) on hydrophobic surfaces under the influence of bulk flow inertia during nucleate boiling regime.

Digital Holographic imaging of thermal signatures and its use in inhomogeneity identification.

On the interfacial deformations and thermal characteristics exhibiting self-similar behavior under the action of a line heat source.

Imaging convective phenomena inside highly refractive cylindrical enclosures.

Non-Intrusive Diagnostics of Differentially-Heated Two-Component Immiscible Fluid Layer with Phase Change.

Background oriented schlieren for flow and thermal systems: Principles of image formation and applications.

A comparative study on the microstructure development in Fe50Cu50 alloy prepared using aerodynamic levitation process and W-wire held process.

Investigation of vorticity characteristics in the wake region of an eccentrically embedded cylinder in a rectangular channel.

Multi view interferometric tomography measurements of convective phenomena in a differentially-heated nanofluid layer.

A comprehensive model for single bubble nucleate flow boiling

On the coupled thermal and hydrodynamic interaction of adjacently located vapor bubbles on highly wetting surfaces.

Imaging convective phenomena inside highly refractive cylindrical enclosures.

Multiple cryoprobe placement strategy for a single freeze cryosurgery planning.

Simultaneous tracking of freezing front and temperature-distribution using lensless Fourier transform Digital Holographic Interferometry with potential application in cryosurgery

Mechanisms leading to the formation of double-diffusive layers during unidirectional solidification of aqueous NH4Cl solution

Experiments to understand bubble base evaporation mechanisms and heat transfer on nano-coated surfaces of varying wettability under nucleate pool boiling regime

Simultaneous investigation of thermal and vapour concentration fields around an impinging droplet using dual wavelength interferometry

Modelling the thermal response of laser-irradiated biological samples through generalized non-Fourier heat conduction models: A review

Dynamic interaction of growing bubble and microlayer: Need for reconciliation of experiments and theory in flow boiling

"Microlayer dynamics during the growth process of a single vapour bubble under subcooled flow boiling conditions

On the interfacial dynamics and capillary waves during impingement of a drop on liquid pool: A background-oriented schlieren study at low Weber numbers

Simultaneous mapping of buoyancy-induced flow and temperature fields using thermographic PIV

Flow instabilities and heat transfer in a differentially-heated cavity placed at varying inclination angles: Non-intrusive measurements

Role of microstructure and composition on the natural convection during ternary alloy solidification

On the phenomena of partial crystallization of highly undercooled magnesium silicate molten droplet

Numerical investigation of thermal performance of key components of electric vehicles using nucleate boiling

On the mechanisms leading to ordered nanoparticles deposition during single bubble nucleate pool boiling regime

On the identification and mapping of three distinct stages of single vapour bubble growth with the corresponding microlayer dynamics

Morphological transition of silicate crystals solidified from highly undercooled aerodynamically levitated melt droplets

Spray Combustion of Rocket-Grade Kerosene Based Nanofluid with Oxygen

Background oriented schlieren for flow and thermal systems: Principles of image formation and applications (Invited Review Article)

Flow instabilities and heat transfer in a differentially-heated cavity placed at varying inclination angles: Non-intrusive measurements

Whole field measurements to understand the role of varying depths of nucleation site on vapor bubble dynamics and heat transfer rates

Flow and heat transfer measurements in the laminar wake region of semi-circular cylinder embedded within a rectangular channel

Experiments to understand crystallization of levitated high temperature silicate melt droplets under low vacuum conditions

Whole field measurements to quantify the thermal impact of single vapor bubble under nucleate flow boiling regime

Numerical investigation of nucleate pool boiling heat transfer for different superheat conditions

On the mechanism responsible for unconventional thermal behaviour during freezing

Experiments on the identification of the onset of buoyancy-driven convection in high aspect ratio top open cavities

Understanding the growth mechanism of single vapor bubble on a hydrophobic surface: Experiments under nucleate boiling regime

Numerical investigation of three-dimensional freezing phenomena with potential applications into cryosurgery.

Real-time Imaging and Visualization of Solutal Plume during Bottom-cooled solidification

Numerical investigation of three-dimensional freezing phenomena with potential applications into cryosurgery

Development and application of Monte Carlo model to study light transport in tissue phantoms

Numerical study on the possible scanning pathways to optimize thermal impacts during multiple sonication of HIFU

Non-intrusive experimental study of natural convection in open square cavity at different inclinations

On the development of correlations for bubble lift-off parameters during subcooled nucleate flow boiling using non-intrusive dynamic measurements

Investigation of the effect of blockage ratio on flow and heat transfer in the wake region of a cylinder embedded in a channel using whole field dynamic measurements

Gas-phase thermography of droplet combustion and its application to characterize nanofuels

Soret separation of species in a salt solution under varying transient thermal field: an interferometric study through sensitivity analysis

Measuring thermal diffusivity of dilute nanofluids using interferometry-based inverse heat transfer approach

Real-time investigation of evolution of double-diffusive layers in high-prandtl number fluids

Comparison of local heat transfer distribution in between three-dimensional inclined closed and open cavities

Experiments on flow and heat transfer characteristics of a rectangular channel with a built-in adiabatic square cylinder

On the identification of flow instabilities in a differentially-heated closed cavity: Non-intrusive measurements.

Performance evaluation of alumina nanofluids and nanoparticles-deposited surface on nucleate pool boiling phenomena.

Experiments on pool boiling regimes and bubble departure characteristics of single vapor bubble under subcooled bulk conditions

A unique technique for analytical solution of 2-D dual phase lag bio-heat transfer problem with generalized time-dependent boundary conditions

An experimental investigation of heat transfer performance of wavy channels under laminar flow conditions: An interferometric study

Numerical study of single bubble nucleate boiling heat transfer in engine cooling system

Experiments to compare the dynamics and thermal impact of single vapor bubble subjected to upward and downward flow boiling configurations.

Simultaneous mapping of single bubble dynamics and heat transfer rates for SiO2/water nanofluids under nucleate pool boiling regime

Generalized regimes for the formation of stratified regions during freezing of multi-component mixtures

Whole field measurements to identify the critical Rayleigh number for the onset of natural convection in top open cavity

Experimental study of heat transfer performance of compact wavy channel with nanofluids as the coolant medium: Real time non-intrusive measurements

Schlieren-based simultaneous mapping of bubble dynamics and temperature gradients in nucleate flow boiling regime: Effect of flow rates and degree of subcooling

Experiments on the effects of varying subcooled conditions on the dynamics of single vapor bubble and heat transfer rates in nucleate pool boiling regime

Non-Fourier transient thermal analysis of biological tissue phantoms subjected to high intensity focused ultrasound

Performance evaluation of SiO2-water nanofluids for single bubble-based nucleate pool boiling heat transfer mechanisms

Combustion of Rocket-grade Kerosene Droplets loaded with Graphene Nanoplatelets - A Search for Reasons behind Optimum Mass Loadings

Effect of confined geometry on the size distribution of nanoparticles produced by laser ablation in liquid medium

Rainbow schlieren-based direct visualization of thermal gradients around single vapor bubble during nucleate boiling phenomena of water

Compositional dependency of double-diffusive layers during binary alloy solidification: Full-field measurements and quantification

Dual wavelength interferometry-based three dimensional simultaneous reconstruction of temperature and concentration field in double diffusive systems: Part 1

Numerical analysis of thermal response of tissues subjected to high intensity focused ultrasound

Investigation of convective heat transfer phenomena in differentially-heated vertical closed cavity: Whole field experiments and numerical simulations

Do the intrusive probes alter the characteristic length-scales of natural convection?

Flow and heat transfer characteristics of an open cubic cavity with different inclinations

Real-time phase shift interferometer for non-destructive evaluation of surface morphology of solution grown crystals

Experiments on the effects of nanoparticles on subcooled nucleate pool boiling

Experimental and numerical study on the onset of natural convection in a cavity open at the top.

Non-intrusive investigation of flow and heat transfer characteristics of a channel with a built-in circular cylinder

Understanding the temperature dependence of thermo-physical properties of nanofluid suspensions using non-intrusive dynamic measurements.

Cylindrical Coordinate System-based Formulation to Investigate Thermal Response of Laser Irradiated Tissue Phantoms using Non-Fourier Heat Conduction Models

Whole field measurements to understand the effect of nanoparticle concentration on heat transfer rates in a differentially-heated fluid layer

Modeling of Laser-induced heating of tissues for therapeutic applications.

Rainbow schlieren-based investigation of heat transfer mechanisms during isolated nucleate pool boiling phenomenon: Effect of superheat levels

Effects of wavy channel configurations on thermal-hydraulic characteristics of Printed Circuit Heat Exchanger (PCHE)

Real-time observations of density anomaly-driven convection and front instability during solidification of water

Mechanism of flow reversal during solidification of an anomalous liquid

A novel method for fabrication of size-controlled metallic nanoparticles by laser ablation

Finite integral transform-based analytical solutions of dual phase lag bio-heat transfer equation

Time resolved whole field investigation of plasma plume-induced shock wave in liquid media of different densities.

Interferometric investigation of methanol droplet combustion in varying oxygen environments under normal gravity

Lattice Boltzmann Method-based Solution of Radiative Transfer Equation for Investigating Light Propagation through Laser-irradiated Tissue Phantoms.

Exploring the potential of nanofluids for heat transfer augmentation in dimpled compact channels: Non-intrusive measurements

Interferometry-based direct comparison of transport phenomena associated with the growth processes of organic and inorganic crystals

Performance evaluation of compact channels with surface modifications for heat transfer enhancement: An interferometric study in developing flow regime

Interferometric study of natural convection heat transfer phenomena around array of heated cylinders.

Non-intrusive Diagnostics of Nanofluids-based Natural Convection Heat Transfer over a Heated Cylinder.

Thermal analysis of laser-irradiated tissue phantoms using a novel Separation of Variables-based Discrete Transfer Method.

Simultaneous measurement of thermal and solutal diffusivities of salt-water solutions from a single-shot dual wavelength interferometric image.

Numerical investigation of thermal response of a laser-irradiated biological tissue phantoms embedded with gold nanoshells.

Porous media based bio-heat transfer analysis on counter-current artery vein tissue phantoms: Applications in Photo thermal therapy.

Time resolved interferometric study of the plasma plume induced shock wave in confined geometry: 2D mapping of the ambient and plasma density.

Real-time two-color interferometric technique for simultaneous measurements of temperature and solutal fields.

Rainbow schlieren deflectometry technique for nanofluid-based heat transfer measurements under natural convection regime.

Thermo-hydraulic performance of zigzag, wavy and serpentine channel based PCHEs.

Non-intrusive dynamic measurements of nanofluid-based heat transfer phenomena under thermally developing flow regime in the context of compact channels.

Dual phase lag model-based thermal analysis of tissue phantoms using lattice Boltzmann method.

Numerical investigation of the influence of pulsatile blood flow on temperature distribution within the body of laser-irradiated biological tissue phantoms.

Thermal-Hydraulic Characteristics and Performance of 3D Straight Channel based Printed Circuit Heat Exchanger.

Interferometric study of natural convection in a differentially-heated cavity with Al2O3-water based dilute nanofluids.

Characterization of Pulsating Submerged Jet - A PIV Study.

Mixing and entrainment characteristics of a pulse jet.

Thermal analysis of laser-irradiated tissue phantoms using dual phase lag model coupled with transient radiative transfer equation.

Interferometric study of heat transfer characteristics of Al2O3 and SiO2-based dilute nanofluids under simultaneously developing flow regime in compact channels.

Non-intrusive and Dynamic Measurements of Nanofluid-based Heat Transfer Enhancement in Compact Channels using Laser Interferometry.

Proper cavity shape can mitigate confinement effect in synthetic jet impingement cooling.

Thermal-Hydraulic Characteristics and Performance of 3D Wavy Channel based Printed Circuit Heat Exchanger.

Thrust generation and wake structure for flow across a pitching airfoil at low Reynolds number.

Next Generation Design, Development and Evaluation of Cryoprobes for Minimally Invasive Surgery and Solid Cancer Therapeutics: In Silico and Computational Studies.

Solution of Radiative Transfer Equation using Discrete Transfer Method for two-dimensional participating medium.

Performance Evaluation of Ceiling Crystallization for Suppressing Buoyancy-induced Convection in Mass Transfer Applications: An Interferometric Study.

Application of Non-intrusive Imaging Techniques to Investigate Synthetic Jet-based Cooling of Electronic Devices: An Interferometric Study.

Interferometric study of heat transfer characteristics of dilute nano fluids.

Application of Windowed Fourier Transform- based Fringe Analysis Technique for Investigating Temperature and Concentration Fields in Fluids.

Numerical investigation of thermal response of laser irradiated tissue phantoms embedded with optical inhomogeneities.

Acoustic and heat transfer characteristics of an impinging elliptical synthetic jet generated by acoustic actuator.

Measurement of two-dimensional distribution of surface supersaturation over a sodium chlorate crystal surface using multidirectional interferometry.

Numerical simulation of prediction of thermal history in cryoprobe assisted biological tissue freezing.

Acoustic and heat transfer aspects of an inclined impinging synthetic jet.

Development and application of color schlieren technique for investigation of three-dimensional concentration field.

Quantitative imaging of inhomogeneities in turbid medium using diffuse optical tomography: A Genetic algorithm-based approach.

Solution growth: Developments in optical imaging and three-dimensional reconstruction.

Single lens-based schlieren microscope for investigation of three-dimensional buoyancy-induced convective flow fields.

A new constraint for chondrule formation: condition for the rim formation of barred olivine textures.

Determination of elastic properties of resected human breast tissue samples using Optical Coherence Tomographic Elastography.

In-situ visualization of crystallization inside high temperature silicate melts.

Fourier analysis based phase shift interferometric tomography for three-dimensional reconstruction of concentration field around a growing crystal.

Phase-field simulation for crystallization of a highly supercooled forsterite chondrule melt droplet.

Real-time optical system of crystallization in levitated silicate melts droplets.

Reconstruction of time-dependent concentration gradients around a KDP crystal growing from its aqueous solution.

A view-based approach for the reconstruction of optical properties of turbid media.

Measurement of three-dimensional concentration gradients around a crystal growing from its aqueous solution using laser schlieren.

Reconstruction of the concentration field around a growing KDP crystal using schlieren tomography.

A schlieren study of the effect of ramp rate and rotation on convection around a crystal growing from an aqueous solution.

Interferometric Study of Buoyancy-driven Convection in a Differentially Heated Circular Fluid Layer.

Laser schlieren measurement of vertical flow past a heated circular cylinder.

Simulation and experimental verification of solutal convection in the initial stages of crystal growth from an aqueous solution.

Comparison of interferometry, schlieren and shadowgraph for visualizing convection during the growth of a KDP crystal from its aqueous solution.

Imaging of a convective field in a rectangular cavity using interferometry, schlieren and shadowgraph.

Beam hardening effects in X-ray computer tomography.

A combined numerical-experimental study of convection in an axisymmetric differentially heated fluid layer.