Chandra Singh

AI accelerated design of non-noble high entropy materials for electrochemical energy conversion

Principal investigators: Singh, Chandra Veer

Keywords: machine learning; accelerated materials discovery; data sciences; catalysts; co2 reduction; high entropy alloys; 2d materials; self driving labs; ammonia production; hydrogen evolution reaction

In Situ Transmission Electron Microscope Heating and Biasing NanoManipulator

Principal investigators: Zou, Yu

Keywords: 2D materials; battery materials; defects; high-entropy alloys; in-situ TEM; Nanomechanics; nanostructures; structure-property relationship

Functionally Graded Materials: A Novel Approach Based on Cold Spray Additive Manufacturing

Principal investigators: Dolatabadi, Ali A

Keywords: additive manufacturing; cold spray; computational fluid dynamics; dual injection; finite element modelling; functionally graded material; mining; repair; supersonic flow; wear resistant

Sustainable development of solid-state battery materials (SuBMat)

Principal investigators: Singh, Chandra Veer CV

Keywords: Atomistic modeling; Computational fluid dynamics; Critical minerals; e-vehicles; Machine learning; Plasma processing; Solid-state lithium battery

CANSTOREnergy: Seasonal storage of renewable energy

Principal investigators: Sinton, David

A System for Coupled-Field Characterization of Nanomaterials and Nano Devices

Principal investigators: Sun, Yu

An Atomic Force Microscope inside FIB-SEM for in-Situ Nanomaterial Characterization

Principal investigators: Liu, Xinyu

Probabilistic Machine Learning Driven Discovery and Design of New Materials for Sustainable Energy and Transport

Principal investigators: Singh, Chandra Veer

Next generation catalytic aftertreatment technology for exhaust emission control

Principal investigators: Chin, YaHuei(Cathy)

Design, manufacturing and process integration of nano-structured carbon enhanced lightweight composites

Principal investigators: Sain, Mohini M