Jensika Rani J

@gemspolytechnic.edu.in

Lecturer - Civil engineering
GEMS Polytechnic College



                       

https://researchid.co/jensikarani

I am Jensika Rani available to connect with you to grow in research

EDUCATION

B.E
M.E
(PhD)

RESEARCH, TEACHING, or OTHER INTERESTS

Civil and Structural Engineering, Building and Construction

2

Scopus Publications

Scopus Publications

  • Nano Silica Particles as A Structural Build Up Agent for 3D Printing Cement Paste with Additional Accelerators
    V. Sabu Sam
    Materials Research Forum LLC
    Abstract. 3D printing also commonly known Additive manufacturing (AM) is the layering of materials by a computer to build 3D shapes of desired materials. It's very handy for prototyping and working with geometrically complicated materials. It was founded and developed in the 1980s, but it was a costly and demanding procedure at the time, with few uses. It became quiet relevant and inexpensive in the 2000 and a variety of applications which includes product development, component manufacturing, and tool manufacturing, plastic, aerospace engineering metalworking, Foot wear, dental and medical applications, and electronics. Even the household uses of 3D printers were happening. The construction sector also started using 3D technology and the systems used were called 3D printers for construction Computer-aided design, or CAD design, or the usage of a 3D scanner are both used to build a 3D model.

  • A Constructive Analysis on Topology Optimization of Structural Beam Element Using Different Support Condition
    J. Jensika Rani
    Materials Research Forum LLC
    Abstract. Topology Optimization (TO) is the method used for maximizing the performance of the system by optimizing material arrangement inside an appropriate topology design operation, for an appropriate set of loads, boundary restraints, and constraints. This helps in the reduction of the materials which in turn reduces the cost of materials. In the current scenario, the price of the ingredients of the traditional concrete is very high. The implementation of TO gives a good impact on the economy of construction, as the materials are optimally placed in the plane of load distribution as per various loading condition. The Evolutionary Structural optimization (ESO) is used for topology optimization. The main merits of implementing topology optimization are that the cost, as well as the weight of the structural member, becomes more effective. Customarily MATLAB software is used for analysis and designing the member. This method will highly useful for the society and the environment.

RECENT SCHOLAR PUBLICATIONS

    Publications