Bharat Jasthi

Professor

South Dakota School of Mines and Technology

Affiliations

Department Of Material And Metallurgical

Department of Materials & Metallurgical Engineering

South Dakota School of Mines and Technology

Bharat Jasthi is a Professor at the South Dakota School of Mines and Technology. A senior materials scientist and engineer, his research focuses on advanced materials, mechanical properties, corrosion, and coatings. His recent work investigates the high-temperature oxidation behavior of low-density AlCuFeNiTi-based high entropy alloys, nanoscale tantalum nitride thin films for corrosion resistance, and friction stir processing of aluminum alloys. He currently leads a $1.9M EPSCoR project aimed at developing innovative materials for agriculture, human health, and quantum science.

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Bharat Jasthi

South Dakota School of Mines and Technology

Professor

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materials science mechanical engineering mechanical properties materials engineering manufacturing coatings welding process engineering advanced materials friction welding applied physics corrosion manufacturing science microstructure material research metals manufacturing technology friction tribology metal processing advanced manufacturing technologies nanotechnology nonferrous metal steel research thermal spray coating thermal engineering alloy phase alloy design hexagonal boron nitride friction control friction stir material chemistry electronic materials intermetallics surface nanotechnology superalloys surface treatments protective coatings friction stir welding friction stir processing corrosion properties solid-state electronics organic coating high-performance metal carbon-based materials boron nitride thin film processing pulsed laser deposition thin film process technology surface processing surface characterization environmental microbiology graphene-based nano-antennas graphene nanoribbons mxenes functional nanomaterials corrosion inhibition cold working powder metallurgy microstructure-strength relationship high-performance materials metal forming mechanical behavior nanometrology gene sets sulfate-reducing bacteria thermal expansion coefficient epoxy coatings microbial attack polyurethane nanocomposites anticorrosion properties bacterial pathogen detection environmental applications high pressure fe-ni-cr alloys cold spray

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Temperature Oxidation Behavior of Low-Density Alcufeniti-Based High Entropy Alloy. Materials Today Communications (2026)

intermetallicsmaterials engineeringchemical engineeringadvanced materialsmetalsmultiprincipal element alloyalloy phasechemistrycorrosionalloy designoxidation resistancematerials scienceelectrochemistry

A Semiconductor Composite With High Solid‐State Lubrication and Low Thermal Conducting Properties. Advanced Functional Materials (2025)

thermal conductivityadvanced materialsadvanced functional materialssemiconductor materialsfunctional materialsmaterials science

Effect of Deposition Pressure on the Microstructure, Mechanical, and Corrosion Properties of Tantalum Nitride Thin Films Deposited by Reactive Pulsed Laser Deposition. Vacuum (2025)

pulsed laser depositioncorrosion propertiesmetalsthin film processingcoatingsmaterial researchapplied physicsdeposition pressuremicrostructurecorrosionthin filmsthin film process technologymaterials science

Emerging Biofilm Marker With Thin-Film (Cuo) Surface Engineering for Applications in Electrochemical Sensors. (2025)

biological engineeringelectroanalytical sensorchemical engineeringsurface scienceelectrochemical surface sciencebiofilmssurface engineeringelectrochemical sensorsbiofilm markerorganic coatingelectroanalytical chemistryelectrochemistry

Heat Treatment of Multitrack Friction Stir Processing of Precipitation-Hardenable Aluminum Alloy. The minerals, metals & materials series (2025)

manufacturingadvanced manufacturing technologiesfriction weldingengineeringtribologymanufacturing technologymechanical engineeringmetal processingprecipitation-hardenable aluminum alloyheat treatmentmechanical propertiesfriction controlfrictionmetallurgical process

Microstructure and Corrosion Properties of NASA Hr-1 Cold-Sprayed Coatings. JOM (2025)

materials engineeringrefractory metalsthermal spray coatingcorrosion propertieschemical engineeringsurface sciencecoatingsadvanced materialsinterface sciencemetalsprotective coatingsthermal barrier coatingscorrosionmaterials science

Tweaking Alni Atomic Fraction to Enhance the Mechanical Properties of Low‐Density Alcufeniti- Based High Entropy Alloys. Journal of Alloys and Compounds (2025)

intermetallicshigh entropy alloysmaterials engineeringadvanced materialsnonferrous metalmetalsmultiprincipal element alloymaterial researchalloy phasealni atomic fractionchemistryalloy designmechanical propertiesmaterials science

Automated Crack Detection in 2D Hexagonal Boron Nitride Coatings Using Machine Learning. Coatings (2024)

fracture mechanicshexagonal boron nitridecoatingscomputational materials scienceengineeringmaterial researchcrack detectionmaterial modelingsurface processingmechanics of materialsapplied physicsmaterials science

Corrosion Resistance of Atomically Thin Graphene Coatings on Single Crystal Copper. Coatings (2024)

Md Mahmudul HasanRamesh DevadigPawan SigdelAlexey LipatovRecep AvciBharat K. JasthiVenkataramana Gadhamshetty

thermal engineeringadditive manufacturingnanotechnologymechanical engineeringelectronic materialssingle crystal coppercoatingscorrosion resistanceapplied physicselemental characterizationadvanced materialssurface sciencesurface nanotechnologylayered materialsmaterial chemistrycomposite sciencesurface modificationcorrosionmaterials science

Effect of Post-Deposition Heat Treatment on Microstructure and Mechanical Properties of NASA Hr-1 Cold Spray Coatings. Surface and Coatings Technology (2024)

thermal engineeringsurface treatmentsthermal spray coatingmanufacturing sciencesurface sciencecoatingspost-deposition heat treatmentmechanical engineeringthermal barrier coatingsheat transfermicrostructuresurface processingmechanical propertiesmaterials science