Dr Rajasekhar Konda
Professor
Andhra University, Visakhapatnam
Andhra Pradesh
Expertise:
Civil Engineering
21
Publications
2
Projects
88
Scopus Citations
36
CrossRef
20 Years Total Experience
Scopus
88
Citations
5
h-index
CrossRef
36
Citations
3
h-index
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Professional Recognition
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Community & Membership
NAAC
COLLEGE LEVEL STEERING COMMITTEE MEMBERThe Institutions of Engineers (India)
Life MemberIndian Society for Technical Education
Life MemberIndian Geotechnical Society
Life MemberIndian Concrete Institute
Life MemberPersonal Details
Doctor of Philosophy
2013
N/A
Professor
Jun 2025 – Present
Andhra University, Visakhapatnam
Associate Professor
Sep 2019 – Jun 2025
Andhra University, Visakhapatnam
| Department of Civil Engineering
Assistant Professor
Sep 2006 – Sep 2019
Andhra University, Visakhapatnam
| Department of Civil Engineering
Engineering and Technology
Scholarly Work
A study on material properties of slurry infiltrated fibrous concrete made with alternative constituents bagasse ash and nano material
OtherApplication of nano materials in concrete- Nano-Technology based Research Project
CompletedModeling Strength Characteristics of SIFCON at elevated temperatures using Artificial Neural Networks (ANNS
EFFECT OF COLLOIDAL SILICA ON STRENGTH AND DURABILITY PROPERTIES OF M20 AND M40 GRADES OF CONCRETE
STRENGTH AND DURABILITY PROPERTIES OF M4O GRADE CONCRETE USING COLLOIDAL SILICA AS REPLACEMENT AND ADDITION TO CEMENT
Method of developing three layered concrete containing conventional concrete sandwiched between hybrid fiber reinforced concrete.
ANDHRA UNIVERSITY
-
Patent No. :
202441032677
Filed :
25-04-2024
Published :
03-05-2024
Published
A method for enhancing compressive strength of cement concrete for high temperature application using colloidal silica.
ANDHRA UNIVERSITY
-
Patent No. :
202441013219
Filed :
23-02-2024
Published :
08-03-2024
Published
ENHANCING THE STRENGTH OF CONCRETE BY OPTIMAL USAGE OF COLLOIDAL SILICA
ANDHRA UNIVERSITY COLLEGE OF ENGINEERING
-
Patent No. :
202241059042
Filed :
16-10-2022
Published :
21-10-2022
Published
A system and method for evaluating compressive Strength of a material
IP Australia
-
Patent No. :
2021102642
Filed :
18-05-2021
Published :
27-10-2021
Published
Scholarly Publications
Experimental Research on the Effects of Waste Foundry Sand on the Strength and Micro-Structural Properties of Concrete
Open Access
Effect of colloidal silica on compressive strength of concrete
Evaluation of Durability and Microstructural Properties of Waste Foundry Sand as A Sustainable Alternative to M-Sand in Concrete Production
Open AccessOptimization and Analysis of Stub Angle Joints in Overhead Power Transmission Towers: A Comparative Study of Bolted Connection Models Using Finite Element Method
Influence of elevated temperatures on M20 grade concrete with colloidal silica
Experimentation and performance analysis on effect of acid and alkaline curings on strength of concrete with partial substitution of nano-TiO2 to cement
Experimental study on performance of M30 grade concrete by partial replacement with fly ash and granite powder
Study on strength characteristics of recycled aggregate concrete with synthetic polyester fibres
Showing 1 to 8 of 21 publications