Floating Piles under Vertical, Coupled and Torsional Vibration (Jan,
2013 - Present): (Prof. Bappaditya Manna)
- Determined and developed
programs to model stiffness and damping parameters of linear &
non-linear soil models using Continuum
Approach
- Developed Matlab Code for
studying the frequency-amplitude response of single pile subjected to
dynamic vertical, coupled and torsional loads using FEM Finite Element Approach
- Developed Single Pile Vertical
Vibration Analyzer SPVVA 1.0 GUI
application in Matlab to obtain frequency-amplitude responses
- Research Paper “Nonlinear
dynamic response of floating piles under vertical vibration” published in 14thIACMAG International Conference of
the International Association for Computer Methods and Advances in
Geomechanics 2014, Kyoto, Japan
- Research Paper on “Dynamic Response of Floating Piles
under Vertical Vibration” is under process to be sent to a Journal
Paper Bridge (waste paper, adhesive and water) (July, 2012 - Dec,
2012): (Prof. Abhijit Ganguli)
- Employed innovative technique to
design joints, members and pavement of a truss bridge of 1m Span length
- Achieved working strength up to 250
Kg i.e.80 times of self-weight 3.720 Kilograms
- Fabricated and prepared with the
basic elements as of only waste paper and adhesive-water (1:2) mixture
- Published in Times of India TOI for
being popular project of Open House - 2012 among 300 registered projects
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Presentation and In
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Structural Analysis II (July, 2012 - Dec, 2012): (Prof. Suresh Bhalla)
- Led a team of three and
developed a computer program in Java
to analyze a general Plane Frame having ‘m’ number of bays and ‘n’ number
of storeys subjected to non-uniform lateral loads
- Applied Finite Element Method
FEM for modelling the problem and Gaussian Elimination with Partial
Pivoting for matrix manipulations to arrive the solution comprising of
nodal displacements, rotations, forces and moments
- Successfully executed and
developed a GUI Application in Java that generates complete detailed
output with programmed figures in a separate Results.txt file.
Design of Industrial Structures (Jan, 2013 - May, 2013): (Prof. Vasant Matsagar)
- Coordinated in a team of three, investigated
site climatic and soil conditions, integrated, designed and prepared detailing
of all components of an industrial steel building located in Jaipur
- Determined live, dead and wind loadings,
applied them and designed all structural components including Gantry
Girder, purlins, truss members, lateral braces, columns, foundation and
roof sheeting
- Analyzed and checked the designed
structure for all load combinations on as per IS Codes using Staad Pro
Numerical Computations of Water Resources in FORTRAN (July, 2011 - Dec,
2011): (Prof. N K Garg)
- Programmed explicit and implicit
methods used in numerical analysis for obtaining numerical solutions of
time-dependent ordinary and partial differential equations
- Programmed Elliptical Differential Equations
Solutions in Fortran and implemented to model confined and unconfined
aquifers
- Programmed Gauss Jordan Elimination
Method, Pipe Flow-Distribution Analysis and simultaneous Iterative computation
in Fortran
Geo-referencing and Digitization (July, 2012 - Nov, 2012): (Prof. A K Gosain)
- Worked in a team of 7 and
performed geographical data collection, processing and digitization using
ArcGIS
- Digitized and added spatial data
object attributes to all floors of the Main Building and Bharti Building
of IIT Delhi
- Contributed to IIT Delhi
database system in creation and development of a Virtual Campus for
students
Assessment of water resource in Bihar,India (Jan, 2014 - May, 2014): Water Resource Report  (Prof. R Maheshwaran) Project Status and Safety at Construction Sites (Jan, 2013 - May,
2013): Project Presentation  (Prof. K N Jha)
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