Faculty

Institution

Unit

Venue

Derek H. Warner

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

Derek H. Warner is currently serving as a College Of Engineering Professor at Cornell University.

Honors

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Experiences

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Education

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Derek H. Warner

Cornell University

Professor

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mechanical engineering materials science mechanics of materials fracture mechanics applied physics deformation solid mechanics engineering mechanical properties mechanics microstructure computational materials science metals mechanical science crack formation advanced manufacturing technologies dynamic crack propagation material research dislocation interaction low-cycle fatigue microstructure-strength relationship manufacturing manufacturing technology crystal growth additive manufacturing material simulation severe plastic deformation numerical simulations mechanical behavior nonferrous metal manufacturing science tribology stressstrain analysis damage evolution strain localization fatigue performance ductile failure interface science defect formation continuum modeling advanced manufacturing mechanical deformation advanced ceramics computational physics intermetallics directed energy deposition high strain rate work hardening multiscale mechanic nanoscale modeling wear modelling sliding wear dislocation nucleation adhesive wear wire arc additive manufacturing wear prevention wear-resistant material nucleation powder metallurgy mechanical modeling ceramic technology engineering ceramic advanced laser processing laser processing technology hot isostatic pressing laser powder atomistic simulations crack tip behavior aluminum alloys fatigue crack growth critical length scale critical assessment future research adhesive wear prediction material cyclic properties component performance

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Stacked Cylinder Approach for Standardized High-Throughput Uniaxial Fatigue Characterization. International Journal of Fatigue (2025)

Grant WestWenjia GuDavid WalkerDerek H. Warner

stressstrain analysisfracture mechanicsmechanical engineeringmanufacturing technologydurability performancestructural mechanicsstructural testingadvanced manufacturing technologiesstructural reliabilitystructural integritystacked cylinder approachmechanics of materialslow-cycle fatiguemechanical sciencemechanical testingengineering

Guinier-Preston (Gp) Zone Strengthening of Dilute Magnesium Alloys Comprised of Earth-Abundant Elements. Scripta Materialia (2024)

Jishnu J. BhattacharyyaSeth FabermanZehao LiAaron SullivanDu ChengBassel KhouryYuanchen GaoTaisuke SasakiBicheng ZhouDerek WarnerSean R. Agnew

sorel cementmaterials sciencemicrostructuregeochemistrydilute magnesium alloysnonferrous metalearth-abundant elementsintermetallicsalloy phasemagnesium alloysmetalsalloy design

The Dual Effect of Surface Adsorbates on Fracture of Calcite. Scripta Materialia (2024)

Derek H. WarnerScott J. GrutzikAnastasia G. Ilgen

mineral-fluid interactionmaterials sciencesurface reactivitycalcite surfacesurface sciencefracture mechanicsphysical chemistrychemisorptionbrittle fractureinterface (matter)crystal growthchemistryapplied physicscomputational materials sciencedual effect

The Dual Role of Dissolution at a Crack Tip. npj Materials Degradation (2024)

Mingjie ZhaoWenjia GuDerek H. Warner

materials scienceinterface sciencefracture mechanicsmechanical engineeringdynamic crack propagationmechanicssolid mechanicscrack formationdual rolemechanics of materials

Chemical Controls on the Propagation and Healing of Subcritical Fractures. (2023)

Anastasia IlgenMichael BucheRobert ChoensKarin DahmenFrank DelRioMichael GruenwaldScott GrutzikJacob HarveyWilliam MookPania NewellJennifer WilsonJessica RimszaJordan SickleQiaoyi WangDerek Warner

bone fracturedynamic crack propagationfracture mechanicsself-healing materialscrack formationsubcritical fracturesfracture healingwound healingorthopaedic surgery

Identifying Crack Tip Position and Stress Intensity Factors From Displacement Data. International Journal of Fracture (2023)

Swati GuptaGrant WestMark A. WilsonScott J. GrutzikDerek H. Warner

stressstrain analysisdynamic crack propagationfracture mechanicsdeformationmechanical engineeringsolid mechanicscrack tip positioncrack formationstress intensity factorsstrain localizationdisplacement datamechanics of materialsmechanical sciencemechanical testingengineering

An Elementary Derivation of the Maximum Shear Stress in a Three Dimensional State of Stress. Journal of Elasticity (2022)

Derek H. Warner

engineeringstressstrain analysisrational mechanicmaximum shear stressmechanical engineeringdeformationmechanicssolid mechanicscontinuum mechanicsthree dimensional staterheologynumerical simulationsstrain localizationapplied mathematicselementary derivationmechanical deformationmechanical sciencemechanics of materials

Atomic Mechanism of Near Threshold Fatigue Crack Growth in Vacuum. Nature Communications (2022)

Mingjie ZhaoWenjia GuDerek H. Warner

physicsmaterials sciencedislocation interactiondynamic crack propagationfatigue crack growthmaterial researchcondensed matterapplied physicsdeformationatomic physicscrack formationatomic mechanismloading cyclemechanics of materialsfracture mechanicsmechanicssolid mechanicscrystal growthcomputational materials science

Hot Isostatic Pressing for Fatigue Critical Additively Manufactured Ti-6Al-4v. Materials (2022)

Terrence P. MoranPatricio E. CarrionSeungjong LeeNima ShamsaeiNam PhanDerek H. Warner

materials sciencemechanical propertieshot isostatic pressingmanufacturing scienceadditive manufacturingfatigue criticalmanufacturing technologymechanical testingmicrostructuremechanical engineeringmechanical behaviorhip parametersadvanced manufacturing technologiesmechanical performancemechanical sciencemechanics of materialsstrength propertymicrostructure-strength relationshiplow-cycle fatigue

Dissolution at a Ductile Crack Tip. Physical Review Letters (2021)

Wenjia GuDerek H. Warner

materials sciencedynamic crack propagationplasticitynumerical simulationsductile crack tipapplied physicsmultiscale mechanicmicrostructuremechanical engineeringdeformationcrack formationmechanical sciencemechanics of materialscontinuum modelingfracture mechanicsmechanicssolid mechanicsfatigue cracksmaterial dissolution

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Derek H. Warner

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

Derek H. Warner is currently serving as a College Of Engineering Professor at Cornell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Derek H. Warner

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Stacked Cylinder Approach for Standardized High-Throughput Uniaxial Fatigue Characterization. International Journal of Fatigue (2025)

Grant WestWenjia GuDavid WalkerDerek H. Warner

Guinier-Preston (Gp) Zone Strengthening of Dilute Magnesium Alloys Comprised of Earth-Abundant Elements. Scripta Materialia (2024)

Jishnu J. BhattacharyyaSeth FabermanZehao LiAaron SullivanDu ChengBassel KhouryYuanchen GaoTaisuke SasakiBicheng ZhouDerek WarnerSean R. Agnew

sorel cementmaterials sciencemicrostructuregeochemistrydilute magnesium alloysnonferrous metalearth-abundant elementsintermetallicsalloy phasemagnesium alloysmetalsalloy design

The Dual Effect of Surface Adsorbates on Fracture of Calcite. Scripta Materialia (2024)

Derek H. WarnerScott J. GrutzikAnastasia G. Ilgen

The Dual Role of Dissolution at a Crack Tip. npj Materials Degradation (2024)

Mingjie ZhaoWenjia GuDerek H. Warner

materials scienceinterface sciencefracture mechanicsmechanical engineeringdynamic crack propagationmechanicssolid mechanicscrack formationdual rolemechanics of materials

Chemical Controls on the Propagation and Healing of Subcritical Fractures. (2023)

Anastasia IlgenMichael BucheRobert ChoensKarin DahmenFrank DelRioMichael GruenwaldScott GrutzikJacob HarveyWilliam MookPania NewellJennifer WilsonJessica RimszaJordan SickleQiaoyi WangDerek Warner

bone fracturedynamic crack propagationfracture mechanicsself-healing materialscrack formationsubcritical fracturesfracture healingwound healingorthopaedic surgery

Identifying Crack Tip Position and Stress Intensity Factors From Displacement Data. International Journal of Fracture (2023)

Swati GuptaGrant WestMark A. WilsonScott J. GrutzikDerek H. Warner

An Elementary Derivation of the Maximum Shear Stress in a Three Dimensional State of Stress. Journal of Elasticity (2022)

Derek H. Warner

Atomic Mechanism of Near Threshold Fatigue Crack Growth in Vacuum. Nature Communications (2022)

Mingjie ZhaoWenjia GuDerek H. Warner

Hot Isostatic Pressing for Fatigue Critical Additively Manufactured Ti-6Al-4v. Materials (2022)

Terrence P. MoranPatricio E. CarrionSeungjong LeeNima ShamsaeiNam PhanDerek H. Warner

Dissolution at a Ductile Crack Tip. Physical Review Letters (2021)

Wenjia GuDerek H. Warner

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