Kshama Gupta

Cornell University · Biomedical Engineering

Active 1978–2026

h-index29

Citations3.0k

Papers7016 last 5y

Funding—

Academic metrics are sourced from OpenAlex and public funding records; values may differ from Google Scholar.

Faculty page

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About

Kshama Gupta is a Principal Research Scientist at the Van Vliet Lab within the Meinig School of Biomedical Engineering at Cornell University. The page indicates her role as a key member of the collaborative and dynamic community at Duffield Engineering, which is known for excellence in education, groundbreaking research, and technological innovation impacting communities and the world. Her research focus, background, and key contributions are not detailed explicitly on the page, but her position suggests involvement in advanced biomedical engineering research and collaboration within the engineering community at Cornell.

Research topics

Materials science
Chemistry
Chemical engineering
Crystallography
Composite material

Selected publications

CCDC 2114116: Experimental Crystal Structure Determination
The Cambridge Structural Database · 2021-12-18
datasetOpen accessSenior author
Publisher DOI
Reversed thermo-switchable molecular sieving membranes composed of two-dimensional metal-organic nanosheets for gas separation
RePEc: Research Papers in Economics · 2020-06-18
article
Abstract It is highly desirable to reduce the membrane thickness in order to maximize the throughput and break the trade-off limitation for membrane-based gas separation. Two-dimensional membranes composed of atomic-thick graphene or graphene oxide nanosheets have gas transport pathways that are at least three orders of magnitude higher than the membrane thickness, leading to reduced gas permeation flux and impaired separation throughput. Here we present nm-thick molecular sieving membranes comp…
Publisher
Aqueous Separation in Metal-Organic Frameworks: From Experiments to Simulations
2018-10-25
book-chapter1st authorCorresponding
Current studies for metal-organic frameworks (MOFs) have been largely focused on gas storage and separation. This chapter briefly summarizes the recent experimental and simulation endeavors for aqueous separation in MOFs. The experiments are reported on the removal of cations, anions, and organics from aqueous solutions, while the simulations are discussed on water desalination, biofuel purification, and the separation of dimethyl sulfoxide, amino acids, and glucose from water.
Publisher DOI
Decomposition of CH4 hydrate: effects of temperature and salt from molecular simulations
Figshare · 2018-01-01
datasetOpen access
We report a molecular simulation study to investigate the decomposition of CH4 hydrate. The decomposition is revealed to be stepwise from the outer to inner layers. Upon decomposition, the number of 51262 cages drops faster than that of 512 cages. CH4 molecules are released, dissolved in water, then enter gas phase; meanwhile, CH4 bubbles may form particularly at a high temperature. Based on the variations of potential energy, ord…
Publisher DOI

Frequent coauthors

Jianwen Jiang
National University of Singapore
31 shared
Pui Shan Chow
Agency for Science, Technology and Research
15 shared
Akshaya Jena
Museum of the Earth
13 shared
Srinivasulu Aitipamula
Agency for Science, Technology and Research
10 shared
Surajit Das
9 shared
Kang Zhang
8 shared
Sendhil K. Poornachary
Agency for Science, Technology and Research
8 shared
Parijat Kanaujia
Agency for Science, Technology and Research
6 shared

Labs

Van Vliet LabPI

Education

PhD, Chemical and Biomolecular Engineering
National University of Singapore
2014
B.Tech, Chemical Engineering
National Institute of Technology
2009

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