Faculty

Institution

Unit

Venue

Elliott Hutchcraft

Associate Professor

University of Mississippi

Affiliations

Ole Miss Engineering

Computer Engineering

Electrical Engineering

Elliott Hutchcraft is currently serving as a Computer Engineering Associate Professor at University of Mississippi.

Honors

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Experiences

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Education

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Elliott Hutchcraft

University of Mississippi

Associate Professor

You can click a keyword to filter the displayed items

applied physics electrical engineering numerical analysis materials science applied mathematics 3d printing computational electromagnetics wavelet theory additive manufacturing finite element methods numerical solution electromagnetism microwave technology material interfaces richardson extrapolation microwave engineering infill densities meshless method condensed matter physics machine learning digital signal processing nanotechnology numerical simulations computational models radial basis functions radio communication radio engineering radio propagation interconnect (integrated circuits) printed electronics complex problem domain electromagnetic problems numerical determination elliptical basis functions dielectric properties infill patterns high-level programming graphics hardware electromagnetics simulation experimental verification simulation model electromagnetic compatibility finite elements engineering engineering acoustic waveform analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Antenna Manufacturing Methods: Addressing Challenges in 3D Printing. SoutheastCon (2024)

Caleb KeathleyBibek KattelWinn Elliott HutchcraftRichard Gordon

addressing challenges3d printingengineeringaerospace engineering

An Investigation of the Relationship Between Effective Relative Permittivity and Infill Density in a 3D Printed Slab. The Applied Computational Electromagnetics Society Journal (ACES) (2024)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

electromagnetismcomputational electromagneticseffective relative permittivityelectrical engineeringapplied mathematicsapplied physicsinfill density3d printingadditive manufacturing

Enhancing Permittivity of 3D Printing Filaments via Nanocompounding for Electromagnetic Applications. SoutheastCon (2024)

Bibek KattelUtsab AyanMadara MohoppuByron VillacortaWinn Elliott Hutchcraft

materials scienceelectromagnetic applicationsapplied physicsnanotechnology3d printingadditive manufacturing

3D Printed Patch Antennas With Varying Infill Densities. (2023)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

infill densitieselectrical engineeringaerospace engineering3d printingadditive manufacturing

Experimental Verification of Simulation Model for Permittivity of 3D-Printed Slabs With Various Infill Densities. (2023)

Bibek KattelWinn HutchcraftRichard Gordon

materials sciencesimulation modelexperimental verificationcomputational modelselectrical engineeringaerospace engineering3d printing

Exploring Infill Patterns on Varying Infill Densities on Dielectric Properties of 3D Printed Slabs. (2023)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

materials scienceinfill patternsinfill densitiesdielectric propertiesaerospace engineeringapplied physics3d printingadditive manufacturing

The Evaluation of the Dielectric Constants and Loss Tangents for Different Structural Foams in Wet and Dry Conditions. (2014)

W. Elliott HutchcraftRichard K. GordonEllen Lackey

materials sciencedielectric constantsmechanical engineeringmaterials engineeringdry conditionsapplied physicsloss tangents

Complex Problem Domain Based Local Petrov-Galerkin Meshless Method for Electromagnetic Problems. International Journal of Applied Electromagnetics and Mechanics (2013)

Wei HeZehui LiuW. Elliott HutchcraftRichard K. GordonRuiqiang ZhangFan Yang

electromagnetismcomplex problem domainelectromagnetic problemscomputational electromagneticselectrical engineeringapplied mathematicsapplied physics

Investigation of the Use of a Novel Meshless Technique in the Determination of Electromagnetic Fields in Two-Dimensional Regions. (2013)

Richard K. GordonW. Elliott Hutchcraft

materials sciencetwo-dimensional regionsapplied physicssurface science

A Meshless Technique Employing Radial Basis Functions to Determine the Electromagnetic Fields Near Material Interfaces in 2D and 3d. International Journal of Numerical Modelling Electronic Networks Devices and Fields (2012)

Richard K. GordonWinn Elliott Hutchcraft

numerical analysiscomputational electromagneticsmaterial interfaceselectrical engineeringnumerical simulationsapplied mathematicsapplied physicsmeshless technique

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Elliott Hutchcraft

Associate Professor

University of Mississippi

Affiliations

Ole Miss Engineering

Computer Engineering

Electrical Engineering

Elliott Hutchcraft is currently serving as a Computer Engineering Associate Professor at University of Mississippi.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Elliott Hutchcraft

University of Mississippi

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Antenna Manufacturing Methods: Addressing Challenges in 3D Printing. SoutheastCon (2024)

Caleb KeathleyBibek KattelWinn Elliott HutchcraftRichard Gordon

addressing challenges3d printingengineeringaerospace engineering

An Investigation of the Relationship Between Effective Relative Permittivity and Infill Density in a 3D Printed Slab. The Applied Computational Electromagnetics Society Journal (ACES) (2024)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

electromagnetismcomputational electromagneticseffective relative permittivityelectrical engineeringapplied mathematicsapplied physicsinfill density3d printingadditive manufacturing

Enhancing Permittivity of 3D Printing Filaments via Nanocompounding for Electromagnetic Applications. SoutheastCon (2024)

Bibek KattelUtsab AyanMadara MohoppuByron VillacortaWinn Elliott Hutchcraft

materials scienceelectromagnetic applicationsapplied physicsnanotechnology3d printingadditive manufacturing

3D Printed Patch Antennas With Varying Infill Densities. (2023)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

infill densitieselectrical engineeringaerospace engineering3d printingadditive manufacturing

Experimental Verification of Simulation Model for Permittivity of 3D-Printed Slabs With Various Infill Densities. (2023)

Bibek KattelWinn HutchcraftRichard Gordon

materials sciencesimulation modelexperimental verificationcomputational modelselectrical engineeringaerospace engineering3d printing

Exploring Infill Patterns on Varying Infill Densities on Dielectric Properties of 3D Printed Slabs. (2023)

Bibek KattelWinn Elliott HutchcraftRichard K. Gordon

materials scienceinfill patternsinfill densitiesdielectric propertiesaerospace engineeringapplied physics3d printingadditive manufacturing

The Evaluation of the Dielectric Constants and Loss Tangents for Different Structural Foams in Wet and Dry Conditions. (2014)

W. Elliott HutchcraftRichard K. GordonEllen Lackey

materials sciencedielectric constantsmechanical engineeringmaterials engineeringdry conditionsapplied physicsloss tangents

Complex Problem Domain Based Local Petrov-Galerkin Meshless Method for Electromagnetic Problems. International Journal of Applied Electromagnetics and Mechanics (2013)

Wei HeZehui LiuW. Elliott HutchcraftRichard K. GordonRuiqiang ZhangFan Yang

electromagnetismcomplex problem domainelectromagnetic problemscomputational electromagneticselectrical engineeringapplied mathematicsapplied physics

Investigation of the Use of a Novel Meshless Technique in the Determination of Electromagnetic Fields in Two-Dimensional Regions. (2013)

Richard K. GordonW. Elliott Hutchcraft

materials sciencetwo-dimensional regionsapplied physicssurface science

Richard K. GordonWinn Elliott Hutchcraft

numerical analysiscomputational electromagneticsmaterial interfaceselectrical engineeringnumerical simulationsapplied mathematicsapplied physicsmeshless technique

1
2
3
10 / page

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Similar Faculty Members

John Young

Institution

University of Kentucky

electromagnetic compatibility

distributed antenna architecture

John L. Volakis

Institution

Florida International University

electromagnetism

electromagnetic wave

Balasubramaniam Shanker

Institution

Ohio State University

electromagnetism

electromagnetic wave

Dejan Filipovic

Institution

University of Colorado Boulder

electrical engineering

antennas

Mark Mirotznik

Institution

University of Delaware

computational imaging

microscopy

Kubilay Sertel

Institution

Ohio State University

electromagnetism

electromagnetic wave

Danilo Erricolo

Institution

University of Illinois Chicago

wireless propagation

smart antenna

John Albrecht

Institution

Michigan State University

electrical insulation

chemical engineering

Dimitra Psychogiou

Institution

University of Colorado Boulder

electrical engineering

microwave technology

Ali Yilmaz

Institution

University of Texas at Austin

hybrid electromagnetic/circuit simulators

electromagnetic compatibility