Faculty

Institution

Unit

Venue

Eric N. Landis

Professor Professor Distinguished Maine Professor

University of Maine

Affiliations

Maine College of Engineering and Computing

Civil & Environmental Engineering

Eric N. Landis is currently serving as a Civil & Environmental Engineering Professor Professor Distinguished Maine Professor at University of Maine.

Honors

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Experiences

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Education

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Eric N. Landis

University of Maine

Professor Professor Distinguished Maine Professor

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materials science engineering mechanical engineering structural engineering materials engineering concrete technology civil engineering construction engineering mechanics of materials structural mechanics construction materials building engineering material research wood science building technology advanced materials fracture mechanics composite science construction technology mechanics acoustical engineering cement-based materials composite materials structural concrete bridge engineering ultra-high-performance concrete computed tomography additive manufacturing cellulose nanocellulose damage mechanism acoustic emissions mechanical science thermal engineering tribology transportation research crack formation impact (mechanics) fiber reinforcement building design compression (physics) cementation micromechanics cellulose nanofibrils performance enhancement infrastructure engineering fiber science transportation planning material simulation wood technology mechanical behavior material performance material innovation aeronautics optical engineering material properties x-ray microtomography crack propagation energy dissipation mechanisms fiber-reinforced ultra-high-performance concrete biomedical imaging architectural design surface characterization resilience engineering fiber-reinforced cement composite environmental biotechnology ecotechnology nanobiotechnology mechanical resilience cementitious processes burrow extension acoustic emission energy microcellulose fibers micro-macro fracture relationships pre-critical crack growth phase interfaces nondestructive testing experimental mechanics cement-based construction material

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Testing of Grouted Posttensioned Anchors With High Rod-To-Duct Area Ratios. Journal of Structural Engineering-asce (2024)

Christopher M. AbelaRobert LindybergEric Landis

structural engineeringposttensioned anchorscivil engineeringengineering

Bridge Deck Underside Evaluation With Contacting and Noncontacting Uas-Mounted Sensors (Conference Presentation). (2023)

Tzuyang YuEric N. LandisTian XiaDryver R. Huston

vehicular technologyuas-mounted sensorstechnologyengineeringinstrumentationunmanned aerial vehiclesnaval architecturesensor arraysremote monitoringbridge engineeringtransportation engineeringsensor designmarine engineeringsensorscivil engineeringrehabilitation engineeringsensor technologyembedded sensing

Cross-Grain Fracture Characterization in Softwood Using Artificial Neural Network Analysis of Acoustic Emissions. Wood Science and Technology (2023)

Parinaz Belalpour DastjerdiEric N. Landis

materials scienceengineeringcross-grain fracture characterizationwood sciencemechanical engineeringdeformationacoustic emissions

Deep Learning-Based Steel Bridge Corrosion Segmentation and Condition Rating Using Mask Rcnn and Yolov8. Infrastructures (2023)

Zahra AmeliShabnam Jafarpoor NesheliEric N. Landis

materials sciencecomputer sciencedeep learningpattern recognitionengineeringmask rcnncondition ratingcorrosion

Effects of Amino Acids on the Multiscale Properties of Carbonated Wollastonite Composites. Construction and Building Materials (2023)

Rakibul I. KhanMuhammad Intesarul HaqueSalman SiddiqueEric N. LandisWarda Ashraf

construction materialscarbonated wollastonite compositesmechanical engineeringmultiscale propertiesapplied physicsbuilding engineeringmaterial researchbuilding designamino acidsmechanics of materialsmaterials sciencethermal engineeringconstruction engineeringcomposite materialsmaterial propertiescomposite sciencematerials engineeringconstruction technologyadvanced materialssustainable constructionbuilding technology

Harmonized Life-Cycle Inventories of Nanocellulose and Its Application in Composites. Environmental Science & Technology (2023)

Seth KaneSabbie A. MillerKimberly E. KurtisJeffrey P. YoungbloodEric N. LandisW. Jason Weiss

materials sciencenanobiotechnologylife-cycle inventoriesnanocelluloseenvironmental sciencetechnologycomposite scienceecotechnologynanomaterialsenvironmental biotechnology

Incorporation of Nano-Sized Cellulose Into Ordinary Concrete to Increase Its Durability. (2023)

Małgorzata SzafraniecDanuta Barnat-HunekEric N. Landis

nanocellulosecarbohydrate polymerconcrete technologystructural engineeringordinary concreteadditive manufacturingcellulosematerials sciencechemical engineeringnanomaterialscoatingsadvanced fiber materialstructural performancenano-sized cellulosesoil engineeringmaterials engineeringpreparative applicationadvanced materialsbiomedical engineeringmaterial chemistry

Orthotropic Hygroscopic Behavior of Mass Timber: Theory, Computation, and Experimental Validation. Materials and Structures (2023)

Danyang TongSusan-Alexis BrownHao YinDavid CorrEric LandisGiovanni Di LuzioGianluca Cusatis

materials sciencephysicsorthotropic hygroscopic behaviorsolid mechanicsmaterials engineeringexperimental validationmechanical engineeringwood sciencematerial researchmass timbermechanics of materialsstructural mechanics

X-Ray Ct-Based Measurements of Rate Effects in Fracture of High-Performance Concrete. Proceedings of the 10th International Conference on Fracture Mechanics of Concrete and Concrete Structures (2023)

Aidan CarlsonEric N Landis

materials sciencerate effectsx-ray ct-based measurementsengineeringstructural engineeringmaterials engineeringgeotechnical engineeringmechanical engineeringhigh-performance concretecomputed tomographyconcrete technologymechanics of materialsstructural mechanics

A Critical Review on Modification Methods of Cement Composites With Nanocellulose and Reaction Conditions During Nanocellulose Production. Materials (2022)

Małgorzata SzafraniecEwelina Grabias-BlicharzDanuta Barnat-HunekEric N. Landis

materials sciencenanotechnologynanocellulosematerials engineeringreaction conditionscritical reviewmodification methodsnanocellulose productioncement composites

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Eric N. Landis

Professor Professor Distinguished Maine Professor

University of Maine

Affiliations

Maine College of Engineering and Computing

Civil & Environmental Engineering

Eric N. Landis is currently serving as a Civil & Environmental Engineering Professor Professor Distinguished Maine Professor at University of Maine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Eric N. Landis

University of Maine

Professor Professor Distinguished Maine Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Testing of Grouted Posttensioned Anchors With High Rod-To-Duct Area Ratios. Journal of Structural Engineering-asce (2024)

Christopher M. AbelaRobert LindybergEric Landis

structural engineeringposttensioned anchorscivil engineeringengineering

Bridge Deck Underside Evaluation With Contacting and Noncontacting Uas-Mounted Sensors (Conference Presentation). (2023)

Tzuyang YuEric N. LandisTian XiaDryver R. Huston

Cross-Grain Fracture Characterization in Softwood Using Artificial Neural Network Analysis of Acoustic Emissions. Wood Science and Technology (2023)

Parinaz Belalpour DastjerdiEric N. Landis

materials scienceengineeringcross-grain fracture characterizationwood sciencemechanical engineeringdeformationacoustic emissions

Deep Learning-Based Steel Bridge Corrosion Segmentation and Condition Rating Using Mask Rcnn and Yolov8. Infrastructures (2023)

Zahra AmeliShabnam Jafarpoor NesheliEric N. Landis

materials sciencecomputer sciencedeep learningpattern recognitionengineeringmask rcnncondition ratingcorrosion

Effects of Amino Acids on the Multiscale Properties of Carbonated Wollastonite Composites. Construction and Building Materials (2023)

Rakibul I. KhanMuhammad Intesarul HaqueSalman SiddiqueEric N. LandisWarda Ashraf

Harmonized Life-Cycle Inventories of Nanocellulose and Its Application in Composites. Environmental Science & Technology (2023)

Seth KaneSabbie A. MillerKimberly E. KurtisJeffrey P. YoungbloodEric N. LandisW. Jason Weiss

materials sciencenanobiotechnologylife-cycle inventoriesnanocelluloseenvironmental sciencetechnologycomposite scienceecotechnologynanomaterialsenvironmental biotechnology

Incorporation of Nano-Sized Cellulose Into Ordinary Concrete to Increase Its Durability. (2023)

Małgorzata SzafraniecDanuta Barnat-HunekEric N. Landis

Orthotropic Hygroscopic Behavior of Mass Timber: Theory, Computation, and Experimental Validation. Materials and Structures (2023)

Danyang TongSusan-Alexis BrownHao YinDavid CorrEric LandisGiovanni Di LuzioGianluca Cusatis

Aidan CarlsonEric N Landis

A Critical Review on Modification Methods of Cement Composites With Nanocellulose and Reaction Conditions During Nanocellulose Production. Materials (2022)

Małgorzata SzafraniecEwelina Grabias-BlicharzDanuta Barnat-HunekEric N. Landis

materials sciencenanotechnologynanocellulosematerials engineeringreaction conditionscritical reviewmodification methodsnanocellulose productioncement composites

1
2
3
4
5
9
10 / page

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Similar Faculty Members

Behrouz Shafei

Institution

Iowa State University

natural disaster

disaster risk reduction

Roberto Lopez-Anido

Institution

University of Maine

composite material

structural health monitoring

Maria S. Konsta-Gdoutos

Institution

University of Texas at Arlington

materials science

mechanical engineering

Claudia P. Ostertag

Institution

University of California, Berkeley

materials science

mechanical engineering

Antonios Kontsos

Institution

Drexel University

applied mechanics

experimental mechanic

Hota GangaRao

Institution

West Virginia University

composite material

structural material

Zachary Grasley

Institution

Texas A&M University

materials science

engineering

Kejin Wang

Institution

Iowa State University

ultra-high-performance concrete

composite material

Micah Hale

Institution

University of Arkansas

bond behavior

self-consolidating concrete

Lesley Sneed

Institution

University of Illinois Chicago

engineering

construction engineering