Dr Vasudha Dattatraya Katare
Assistant Professor (Grade-II)
| Department of Civil Engineering
National Institute of Technology, Warangal
Telangana
Expertise:
Civil Engineering
19
Publications
0
Projects
329
Scopus Citations
295
CrossRef
2 Years 10 Months Total Experience
Scopus
329
Citations
8
h-index
CrossRef
295
Citations
7
h-index
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Professional Recognition
Research Innovation Sustainability Enterprise (RISE) 2025 Award in the category “New Technologies & Building Materials” (Runner-Up position
2025
RISE Awards were jointly presented by Leeds Beckett University, The University of Suffolk, The Unive
IFI Fellowship under the Scientific High- Level Visiting Fellowships (SSHN) Programme
2025
Embassy of France in India
Community & Membership
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Institute of Engineers (INDIA)
M-1793130 Lifetime MemberAmerican Society of Civil Engineers (ASCE)
ID 12446351 MemberPersonal Details
Doctor of Philosophy
2019
Srinivassa Sinai Dempo College (Autonomous)
Master of Technology
2016
N/A
Bachelor of Technology
2014
N/A
Assistant Professor (Grade-II)
Nov 2023 – Present
National Institute of Technology, Warangal
| Department of Civil Engineering
Engineering and Technology
Scholarly Work
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A Standardized Process For The Preparation Of Sugarcane Bagasse Ash As An Improved Pozzolanic Material
Vasudha D Katare
Mangesh V Madurwar
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Application No. :
202441035504
Filed :
04-05-2024
Published :
27-09-2024
Published
Scholarly Publications
Pozzolanic Properties of Binary and Ternary Cementitious Blends
Pozzolanic Properties of Binary and Ternary Cementitious Blends
Sustainable resource management through carbon emissions inventorization: A case of the Indian construction industry
Microstructural behaviour of sustainable concrete developed using FGD gypsum and slag
Confluence of bibliographic study and experimental properties analysis of aggregates: a review
BIM Enabled Construction Formwork Management for High-Rise Buildings
Eco-efficient masonry units using fly ash and red mud: a comparative study of sandwich and hollow blocks
Design and development of alkali-activated artificial aggregates by pelletization of red mud, ground granulated blast furnace slag, and sugarcane bagasse ash
Showing 1 to 8 of 19 publications