Faculty

Institution

Unit

Venue

Bhaskar Majumdar

New Mexico Institute of Mining and Technology

Affiliations

College of Engineering

Department of Engineering Science

Department Of Materials Engineering

Department Of Materials Science And Engineering

New Mexico Institute of Mining and Technology

NoneBhaskar Majumdar is currently serving as a College Of Engineering faculty at New Mexico Institute of Mining And Technology.

Honors

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Experiences

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Education

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Bhaskar Majumdar

New Mexico Institute of Mining and Technology

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materials science mechanical engineering composite materials mechanical properties engineering mechanics of materials advanced composite material (engineering) materials engineering composite structures composite technology applied physics microstructure composite science composite interface fiber-reinforced composites advanced materials metals metal matrix composites fracture mechanics material research deformation intermetallics structural materials mechanical science nonferrous metal fibers manufacturing science fiber reinforcement tribology friction mechanical behavior microstructure-strength relationship alloy phase alloy design low-cycle fatigue thermomechanical processing crack formation metal processing titanium matrix composites crystal growth rock engineering metallurgical process damage mechanism structural ceramics multiprincipal element alloy ceramic matrix composites indium addition interface effects superalloys fibre-reinforced plastic extractive metallurgy structural plasticity damage evolution hot working continuous-fibre composite strain localization electrometallurgy cementation cement-based construction material tribological property cold working mechanical performance protective coatings microstructural evolution fatigue crack growth fracture toughness experimental study transverse loading single crystal nickel lead-free solder whisker growth dopant addition inelastic deformation mechanisms tin whisker growth inelastic deformation new strategies

Notable Scholarly Works

Notable Federal Grants

Collaborators

Control of Cement Timing, Mineralogy, and Texture on Hydro-Chemo-Mechanical Coupling From Co2 Injection Into Sandstone: A Synthesis. Energies (2023)

mineral engineeringwater-rock interactioncement-based construction materialcement timingchemical engineeringrock engineeringpetroleum engineeringco2 injectiongeotechnical engineeringhydro-chemo-mechanical couplinggranular materialscementationcivil engineeringpetroleum geosciencepetrologygeochemistryrock mechanicsgeomechanics

Factors Controlling Heteroepitaxial Phase Formation at Intermetallic-Al3Sc/Liquid Interfaces. Journal of Applied Physics (2023)

materials scienceinterface propertiesinterface chemistrymaterials engineeringcrystal growthphase transitionsintermetallicsmaterial researchheteroepitaxial phase formationapplied physicsinterface structuresurface scienceinterface scienceinterface (matter)

Paragenetic Controls on Co2-Fluid-Rock Interaction and Weakening in a Macroporous-Dominated Sandstone. Applied Geochemistry (2023)

Jason D. SimmonsSai WangAndrew J. LuhmannAlex J. RinehartJason E. HeathBhaskar S. Majumdar

rock engineeringfluid geochemistrystratigraphyenvironmental scienceparagenetic controlsearth sciencepetrologyrock mechanicswater-rock interactionmineral-fluid interactionmacroporous-dominated sandstonegeologycrustal deformationecologypaleoecologychemical geologybasin evolutionapplied geochemistrystructural geologygeochemistry

Investigation of In-Liquid Ordering Mediated Transformations in Al-Sc via Ab Initio Molecular Dynamics and Unsupervised Learning. Physical Review Materials (2022)

computational chemistrymolecular kineticsinterfacial studiessimple liquidphysical chemistrychemistrymolecular modelsmolecular physicsmolecular structurematerials sciencechemical thermodynamicsmolecular modellingquantum chemistryab-initio methodsunsupervised learningphase transitionsmolecular liquidsmolecular sciencein-liquid orderingdensity functional theorychemical physicstheoretical chemistry

Using Petrographically Observable Microstructure to Predict Hydromechanical Changes in a Complex Siliciclastic Storage Site During Co2 Injection. International journal of greenhouse gas control (2022)

Jason SimmonsAlex RinehartAndrew LuhmannPeter MozleyJason HeathBhaskar Majumdar

carbon sequestrationenvironmental sciencehydromechanical changesgreenhouse gas sequestrationgreenhouse gasgreenhouse gas control

Chemo‐Mechanical Alterations Induced From Co 2 Injection in Carbonate‐Cemented Sandstone: An Experimental Study at 71 °C and 29 Mpa. Journal of Geophysical Research Solid Earth (2020)

rock engineeringcarbonate‐cemented sandstoneexperimental studyrock physicsgeomechanicspetrologyrock mechanicsmaterials scienceapplied geochemistrycarbon sequestrationchemical engineeringcementationcivil engineeringpetroleum geosciencemineral engineeringcement-based construction materialcarbon capturegeotechnical engineeringchemical geologyrock testingchemo‐mechanical alterations

Significant Enhancement of Magnetocaloric Effect in a Nimncuga Heusler Alloy Through Textural Modification. Journal of Applied Physics (2020)

magnetismtextural modificationmicrostructurenimncuga heusler alloyintermetallicsnonferrous metalsignificant enhancement

Structural Changes During Crystallization and Vitrification of Dilute Fcc-Based Binary Alloys. Materialia (2020)

metalsdeformationalloy designcrystal engineeringapplied physicsnonferrous metalalloy phaseintermetallicsmaterial researchmaterials sciencecharacterization (materials science)crystal growthstructural changesmultiprincipal element alloymicrostructure-strength relationshipmaterials engineeringmicrostructurephase transitionsadvanced materials

Tribology of Single Crystal Nickel: Interplay of Crystallography, Microstructural Evolution, and Friction. Wear (2020)

S.V. PrasadJ.R. MichaelC.C. BattaileB.S. MajumdarP.G. Kotula

materials sciencemicrostructural evolutiontribologytribological propertycrystallographyfrictionsingle crystal nickel

Recent Advances in Mitigation of Whiskers From Electroplated Tin. JOM (2019)

materials scienceelectrometallurgymaterials engineeringmanufacturing scienceadvanced materialsrecent advances

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Bhaskar Majumdar

New Mexico Institute of Mining and Technology

Affiliations

College of Engineering

Department of Engineering Science

Department Of Materials Engineering

Department Of Materials Science And Engineering

New Mexico Institute of Mining and Technology

NoneBhaskar Majumdar is currently serving as a College Of Engineering faculty at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bhaskar Majumdar

New Mexico Institute of Mining and Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Control of Cement Timing, Mineralogy, and Texture on Hydro-Chemo-Mechanical Coupling From Co2 Injection Into Sandstone: A Synthesis. Energies (2023)

Factors Controlling Heteroepitaxial Phase Formation at Intermetallic-Al3Sc/Liquid Interfaces. Journal of Applied Physics (2023)

Paragenetic Controls on Co2-Fluid-Rock Interaction and Weakening in a Macroporous-Dominated Sandstone. Applied Geochemistry (2023)

Jason D. SimmonsSai WangAndrew J. LuhmannAlex J. RinehartJason E. HeathBhaskar S. Majumdar

Investigation of In-Liquid Ordering Mediated Transformations in Al-Sc via Ab Initio Molecular Dynamics and Unsupervised Learning. Physical Review Materials (2022)

Jason SimmonsAlex RinehartAndrew LuhmannPeter MozleyJason HeathBhaskar Majumdar

carbon sequestrationenvironmental sciencehydromechanical changesgreenhouse gas sequestrationgreenhouse gasgreenhouse gas control

Chemo‐Mechanical Alterations Induced From Co 2 Injection in Carbonate‐Cemented Sandstone: An Experimental Study at 71 °C and 29 Mpa. Journal of Geophysical Research Solid Earth (2020)

Significant Enhancement of Magnetocaloric Effect in a Nimncuga Heusler Alloy Through Textural Modification. Journal of Applied Physics (2020)

magnetismtextural modificationmicrostructurenimncuga heusler alloyintermetallicsnonferrous metalsignificant enhancement

Structural Changes During Crystallization and Vitrification of Dilute Fcc-Based Binary Alloys. Materialia (2020)

Tribology of Single Crystal Nickel: Interplay of Crystallography, Microstructural Evolution, and Friction. Wear (2020)

S.V. PrasadJ.R. MichaelC.C. BattaileB.S. MajumdarP.G. Kotula

materials sciencemicrostructural evolutiontribologytribological propertycrystallographyfrictionsingle crystal nickel

Recent Advances in Mitigation of Whiskers From Electroplated Tin. JOM (2019)

materials scienceelectrometallurgymaterials engineeringmanufacturing scienceadvanced materialsrecent advances

1
2
3
4
5
10
10 / page