William Davids

Professor

University of Maine

United States

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About

William Davids is a Professor at the University of Maine, USA. His research areas include the mechanics of micropile connections, fiber-reinforced thermoplastic composites, and computational methods for analyzing large 3D-printed polymer structures. He also investigates the behavior and performance of fiber-reinforced polymer composites in bridge engineering and the development of innovative shear connectors for composite structures.

Articles (15)

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2025

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2025

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2024

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2024

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2023

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2023

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2023

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2023

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2022

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2022

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2021

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2021

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2021

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2020

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2020

Collaborators (3)

Senthil Vel

Professor

University of Maine

UNITED STATES

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Aaron Gallant

Assistant Professor

University of Maine

UNITED STATES

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Roberto A. Lopez-Anido

Professor

University of Maine

UNITED STATES

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William Davids

Research Interests

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Articles (15)

Continuously Formed Fiber-Reinforced Thermoplastic Composite Rebar for Concrete Reinforcement

Bending failure mechanisms and kinematics of micropile threaded connections

Assessment of Moment Live Load Distribution in FRP Composite Tub Girders for Highway Bridges

Development of a Novel Beam-Based Finite-Element Approach for the Computationally Efficient Prediction of Residual Stresses and Displacements in Large 3D-Printed Polymer Parts

Assessment of web shear stresses and shear capacity of FRP composite tub girders for highway bridges

Heating of thick continuous glass fiber reinforced thermoplastic plates via embedded metal mesh networks

Behavior of Inflatable Drop-Stitch Fabric Panels Subjected to Bending and Compression

In Situ, Real-Time Temperature Mapping and Thermal FE Simulations of Large-Format 3D Printed PETG/CF Vertical Wall

Development and Experimental Assessment of Friction-Type Shear Connectors for FRP Bridge Girders with Composite Concrete Decks

Development, assessment and implementation of a novel FRP composite girder bridge

Efficient second-order nonlinear finite-element simulation of concrete-filled FRP tubular arches

Experimental and computational assessment of the bending behavior of inflatable drop-stitch fabric panels

Flexural load-rating of slab-on-girder bridges by nonlinear proxy finite-element analysis

Capacity assessment of older t-beam bridges by nonlinear proxy finite-element analysis

The effect of edge gaps on shear strength and rolling shear modulus of cross laminated timber panels

Collaborators (3)

Senthil Vel

Aaron Gallant

Roberto A. Lopez-Anido

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