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David L Goldsby

Brown University

Google Scholar ↗PubMed ↗ORCID ↗

$2,599,925

Attributed

$3,986,686

Total exposure

17

Grants

12

Lead (contact PI)

Attributed= this PI's even-split share of every grant they're on (the fair, additive number). Exposure = full size of all those grants.

Funding over time

peak $552.5K · FY2007–20

$1M$750K$500K$250K$0

'07

'08

'09

'10

'11

'12

'13

'14

'15

'16

'17

'18

'19

'20

Funding mix

By agency

NSF$3,986,686 · 17

By mechanism

—$3,986,686 · 17

Top collaborators

Grant awards (17)

Collaborative Research: Experiments and Simulations at the Nexus of Geophysics, Chemistry, Materials Science and Mechanics to Determine the Physical Basis for Rate-State Friction$258,847

· FY2020 · GEO · contact PI

Collaborative Research: Experimental Determination of the Influence of Water on the Strength of Rocks$119,720

· FY2020 · GEO · contact PI

Collaborative Research: Transformation plasticity as a transient creep mechanism in Earth's crust and mantle$79,946

· FY2020 · GEO · contact PI

Collaborative Research: Seismic Attenuation and Anelasticity in the Upper Mantle: the Effect of Continuous Far-Field Dislocation Creep$128,104

· FY2019 · GEO · contact PI

Collaborative Research: A Multidisciplinary Study to Determine the Fundamental Mechanisms of Rock Friction through Coordinated Experiments and Simulations$287,701

· FY2016 · GEO · contact PI

Collaborative Research: Constraints From Fault Roughness on the Scale-dependent Strength of Rocks$264,782

· FY2016 · GEO · contact PI

Collaborative Research: Converging on a Physical Basis for Rate and State Friction through Nano-to-Macro-Scale Friction and Adhesion Experiments on Geological Materials$293,393

· FY2014 · GEO · contact PI

Collaborative Research: Carbonation of Serpentinite in the San Andreas Fault: How Fluid-rock Interactions Impact Aseismic Creep$44,735

· FY2014 · GEO · contact PI

Collaborative Research: Converging on a Physical Basis for Rate and State Friction through Nano-to-Macro-Scale Friction and Adhesion Experiments on Geological Materials$383,998

· FY2012 · GEO · contact PI

Collaborative Research: Carbonation of Serpentinite in the San Andreas Fault: How Fluid-rock Interactions Impact Aseismic Creep$95,061

· FY2012 · GEO · contact PI

Experimental Constraints on the Rheology and Seismicity of Subducting Lithosphere and the Slab-Wedge Interface$363,600

· FY2010 · GEO

Collaborative Research: Rock Friction, Nanoindentation, and Atomic Force Microscope Experiments Focused on Understanding Earthquake Mechanics$308,352

· FY2008 · GEO

Collaborative Research: Laboratory Experiments to Understand Dynamic Slip Weakening in Rocks and Analog Materials$50,000

· FY2008 · GEO · contact PI

Collaborative Research: Laboratory Investigations of the Origin of Fault-Zone Pulverized Rock$274,386

· FY2007 · GEO

Laboratory Experiments on Rock Friction Focused on Understanding Earthquake Mechanics$498,939

· FY2004 · GEO

A Laboratory Study of Texture Development During Grain Size Sensitive Creep of Ice, with Applications to the Flow of Glaciers and Ice Sheets$137,422

· FY2003 · GEO · contact PI

Laboratory Experiments on Rock Friction Focused on Understanding Earthquake Mechanics$397,700

· FY2001 · GEO