Jennifer J. Day

Assistant Professor

Queen's University

Canada

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Articles (12)

Effects of Foliation Type and Orientation on Tensile Strength of Low Porosity Rocks

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Year:

2024

Paint Speckle Application Recommendations for Digital Image Correlation Analysis of Brazilian Tensile Strength Tests on Low-Porosity Rocks

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Year:

2024

The Impact of Axial Load Distribution on Brazilian Tensile Testing on Rock

Article Link

Year:

2024

3D Finite-Element Numerical Failure Prediction of the E.T. Sea Stack Formation at Hopewell Rocks Provincial Park

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Year:

2023

A Critical Review of Current States of Practice in Direct Shear Testing of Unfilled Rock Fractures Focused on Multi-Stage and Boundary Conditions

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Year:

2023

Speckle Pattern Improvements for Digital Image Correlation to Capture Small Strains in Tensile Tests on Rock

Article Link

Year:

2023

Veined Rock Performance under Uniaxial and Triaxial Compression Using Calibrated Finite Element Numerical Models

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Year:

2023

Transformation of geological sciences and geological engineering field methods course to remote delivery using manual, virtual, and blended tools in fall 2020

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Year:

2022

Enhancement of constant normal stiffness direct shear testing protocols for determining geomechanical properties of fractures

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Year:

2022

New Data Processing Protocols to Isolate Fracture Deformations to Measure Normal and Shear Joint Stiffness

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Year:

2022

An Illustrative Study of the Potential Sensitivity, of Predicted Long-Term EDZ Development, to Internal Fabric of Argillaceous Limestone

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Year:

2021

Brittle overbreak prediction in deep excavations for hydrothermally altered and heterogeneous rockmasses

Article Link

Year:

2020

Jennifer J. Day

Research Interests

Explore related searches

Contact this professor

Articles (12)

Effects of Foliation Type and Orientation on Tensile Strength of Low Porosity Rocks

Paint Speckle Application Recommendations for Digital Image Correlation Analysis of Brazilian Tensile Strength Tests on Low-Porosity Rocks

The Impact of Axial Load Distribution on Brazilian Tensile Testing on Rock

3D Finite-Element Numerical Failure Prediction of the E.T. Sea Stack Formation at Hopewell Rocks Provincial Park

A Critical Review of Current States of Practice in Direct Shear Testing of Unfilled Rock Fractures Focused on Multi-Stage and Boundary Conditions

Speckle Pattern Improvements for Digital Image Correlation to Capture Small Strains in Tensile Tests on Rock

Veined Rock Performance under Uniaxial and Triaxial Compression Using Calibrated Finite Element Numerical Models

Transformation of geological sciences and geological engineering field methods course to remote delivery using manual, virtual, and blended tools in fall 2020

Enhancement of constant normal stiffness direct shear testing protocols for determining geomechanical properties of fractures

New Data Processing Protocols to Isolate Fracture Deformations to Measure Normal and Shear Joint Stiffness

An Illustrative Study of the Potential Sensitivity, of Predicted Long-Term EDZ Development, to Internal Fabric of Argillaceous Limestone

Brittle overbreak prediction in deep excavations for hydrothermally altered and heterogeneous rockmasses

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