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Gregory A. Lyzenga

Harvey Mudd College

Affiliations

Harvey Mudd College

Department Of Physics

NoneGregory A. Lyzenga is currently serving as a Physics faculty at Harvey Mudd College.

Honors

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Experiences

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Education

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Gregory A. Lyzenga

Harvey Mudd College

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earth science seismology tectonics geophysics tectonophysics geophysical research geodynamics geography geodesy engineering geology crustal deformation planetary sciences earthquake engineering earthquake rupture seismic hazard earthquake spectrum computer science parallel computing scientific computing earthquake source regional tectonics induced seismicity parallel programming plate tectonics fault geometries numerical simulations northridge earthquake computational mathematics computational engineering high performance computer architecture geoscientific model development active tectonics parallel processing finite element methods numerical algorithms parallel problem solving parallel complexity theory earth observation regional geology experimental tectonics ridgecrest earthquake sequence numerical mathematics earth system science concurrent systems concurrent programming concurrency (computer science) space geodesy short-term variability seismic cycle fault analysis gps observations fault afterslip ventura basin computational optimization applied geography urban climate instruction-level parallelism spatial science global navigation satellite system spatial demography spatio-temporal models primary investigation earth observation data data-driven science shear zones geophysical implications shock temperatures regular problems general techniques concurrent processors vol finite element equations daily gnss measurements seasonal terms rapid strain accumulation metropolitan los angeles crustal stress

Notable Scholarly Works

Notable Federal Grants

Collaborators

High‐Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling. Journal of Geophysical Research Solid Earth (2022)

Magali Barba‐SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

geophysicsapplied physicsfinite element methodsdeterioration modelingstructural engineeringfault geometriesgeophysical researchearth sciencetectonophysicstectonicsmaterials scienceearthquake rupturefinite element modelingseismologyengineering geologygeoscientific model developmentcrustal deformationearthquake engineeringridgecrest earthquake

Supplementary Dataset for"High-Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling.". Zenodo (CERN European Organization for Nuclear Research) (2022)

Magali Barba-SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

rock engineeringseismic analysisphysicsfault geometriestectonophysicstectonicsmaterials scienceearthquake rupturefinite element modelingnuclear physicsseismologynuclear sciencesupplementary datasetgeodynamicsengineering geologygeoscientific model developmentcrustal deformationearthquake engineeringridgecrest earthquakeplanetary sciencesnuclear engineering

Toppling of a Trona Pinnacles Spire Following the Mw 5.5 Ridgecrest Aftershock of June 2020. Seismological Research Letters (2022)

Andrea DonnellanJoaquin Garcia-SuarezDevin McPhillipsDomniki AsimakiChristine GouletXiaofeng MengSavannah DevineGregory Lyzenga

earthquake engineeringseismologyridgecrest aftershockcivil engineeringtrona pinnacles

Clustering Analysis Methods for Gnss Observations: A Data‐Driven Approach to Identifying California's Major Faults. Earth and Space Science (2021)

Robert GranatAndrea DonnellanMichael HeflinGregory LyzengaMargaret GlasscoeJay ParkerMarlon PierceJun WangJohn RundleLisa G. Ludwig

geodesyregional tectonicsspace geodesyspace scienceclusteringdata scienceregional geologyearth sciencegnss observationsgeodynamicsplanetary sciencesmajor faultsearth observation datageologytectonicsdata-driven science

Comparison of Near-Fault Displacement Interpretations From Field and Aerial Data for the M 6.5 and 7.1 Ridgecrest Earthquake Sequence Ruptures. Bulletin of the Seismological Society of America (2021)

Christine A. GouletYongfei WangChukwuebuka C. NwekeBo-xiang TangPengfei WangKenneth S. HudsonSean K. AhdiXiaofeng MengMartin B. HudsonAndrea DonnellanGregory A. LyzengaScott J. BrandenbergJonathan P. StewartTimu GallienMaria A. Winters

near-fault displacement interpretationsseismologytectonicsearth science

Improving Access to Geodetic Imaging Crustal Deformation Data Using Geogateway. Earth Science Informatics (2021)

Andrea DonnellanJay ParkerMichael HeflinMargaret GlasscoeGregory LyzengaMarlon PierceJun WangJohn RundleLisa Grant LudwigRobert GranatMegan MirkhanianNathan Pulver

crustal deformationseismologyearth science

Automated Estimation and Tools to Extract Positions, Velocities, Breaks, and Seasonal Terms From Daily Gnss Measurements: Illuminating Nonlinear Salton Trough Deformation. Earth and Space Science (2020)

Michael HeflinAndrea DonnellanJay ParkerGregory LyzengaAngelyn MooreLisa Grant LudwigJohn RundleJun WangMarlon Pierce

global navigation satellite systemspace geodesydaily gnss measurementsspace sciencetime seriesspatial scienceearth sciencegeophysical researchgeodynamicsplanetary sciencesseasonal termsearth system scienceearth observationshort-term variabilitygeodesy

Ground Deformation Data From Geer Investigations of Ridgecrest Earthquake Sequence. Seismological Research Letters (2020)

Scott J. BrandenbergJonathan P. StewartPengfei WangChukwuebuka C. NwekeKenneth HudsonChristine A. GouletXiaofeng MengCraig A. DavisSean K. AhdiMartin B. HudsonAndrea DonnellanGregory LyzengaMarlon PierceJun WangMaria A. WintersMarie-Pierre DelisleJoseph LuceyYeulwoo KimTimu W. GallienAndrew LydaJ. Sean YeungOmar IssaTristan BuckreisZhengxiang Yi

seismologygeer investigationsearth scienceground deformation dataridgecrest earthquake sequence

Targeted High-Resolution Structure From Motion Observations Over the Mw 6.4 and 7.1 Ruptures of the Ridgecrest Earthquake Sequence. Seismological Research Letters (2020)

geophysicsearthquake ruptureinduced seismicitymotion observationsseismologyastronomyexperimental tectonicsgeophysical researchseismic hazardhigh-resolution structureearth scienceridgecrest earthquake sequencetectonophysicsearthquake sourcetectonics

Rapid Characterization of 2019 M W 7.1 Ridgecrest Earthquake Using 3D Finite Element Modeling and Geodetic Data. AGU Fall Meeting Abstracts (2019)

M. Barba-SevillaM. T. GlasscoeM. J. WillisJ. W. ParkerG. A. LyzengaW. FengS. V. SamsonovK. F. Tiampo

rapid characterizationfinite element modelingridgecrest earthquakeseismologyearth sciencegeodetic data

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Gregory A. Lyzenga

Harvey Mudd College

Affiliations

Harvey Mudd College

Department Of Physics

NoneGregory A. Lyzenga is currently serving as a Physics faculty at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gregory A. Lyzenga

Harvey Mudd College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High‐Resolution Finite Fault Slip Inversion of the 2019 Ridgecrest Earthquake Using 3D Finite Element Modeling. Journal of Geophysical Research Solid Earth (2022)

Magali Barba‐SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

Magali Barba-SevillaMargaret T. GlasscoeJay ParkerGregory A. LyzengaMichael J. WillisKristy F. Tiampo

Toppling of a Trona Pinnacles Spire Following the Mw 5.5 Ridgecrest Aftershock of June 2020. Seismological Research Letters (2022)

Andrea DonnellanJoaquin Garcia-SuarezDevin McPhillipsDomniki AsimakiChristine GouletXiaofeng MengSavannah DevineGregory Lyzenga

earthquake engineeringseismologyridgecrest aftershockcivil engineeringtrona pinnacles

Clustering Analysis Methods for Gnss Observations: A Data‐Driven Approach to Identifying California's Major Faults. Earth and Space Science (2021)

Robert GranatAndrea DonnellanMichael HeflinGregory LyzengaMargaret GlasscoeJay ParkerMarlon PierceJun WangJohn RundleLisa G. Ludwig

near-fault displacement interpretationsseismologytectonicsearth science

Improving Access to Geodetic Imaging Crustal Deformation Data Using Geogateway. Earth Science Informatics (2021)

Andrea DonnellanJay ParkerMichael HeflinMargaret GlasscoeGregory LyzengaMarlon PierceJun WangJohn RundleLisa Grant LudwigRobert GranatMegan MirkhanianNathan Pulver

crustal deformationseismologyearth science

Michael HeflinAndrea DonnellanJay ParkerGregory LyzengaAngelyn MooreLisa Grant LudwigJohn RundleJun WangMarlon Pierce

Ground Deformation Data From Geer Investigations of Ridgecrest Earthquake Sequence. Seismological Research Letters (2020)

seismologygeer investigationsearth scienceground deformation dataridgecrest earthquake sequence

Targeted High-Resolution Structure From Motion Observations Over the Mw 6.4 and 7.1 Ruptures of the Ridgecrest Earthquake Sequence. Seismological Research Letters (2020)

Rapid Characterization of 2019 M W 7.1 Ridgecrest Earthquake Using 3D Finite Element Modeling and Geodetic Data. AGU Fall Meeting Abstracts (2019)

M. Barba-SevillaM. T. GlasscoeM. J. WillisJ. W. ParkerG. A. LyzengaW. FengS. V. SamsonovK. F. Tiampo

rapid characterizationfinite element modelingridgecrest earthquakeseismologyearth sciencegeodetic data

1
2
3
4
5
10
10 / page