About
To evolve my career as a good academician and to emerge as an effective educator and researcher, in the field of Mechanical Design and to encourage students to take part in technical and other extracurricular activities.
Skills & Expertise
C#
Java
C
MATLAB 2012
Hypermesh 11.0
OptiStruct
Radioss
ANSYS 13.0
Workbench
MSC Adams
Pro E
Solidedge
Abaqus
GD & T
G' codes
M' codes
Microsoft Office 2016
Research Interests
Teaching
Research
Leadership
Communication
Teamwork
Problem-solving
Time management
Critical thinking
Analytical skills
Connect With Me
Experience
Assistant Professor
Assistant Professor
Handling subjects like Elements of Mechanical Engineering, CAED, MoM.
Assistant Professor
Handling subjects like Elements of Mechanical Engineering, CAED, MoM and Principles of Management
Assistant Professor
Handled subjects like Experimental Stress Analysis, CAED, EME and DME.
Graduate Apprentice Trainee
Meshing and Analysis Using Hypermesh, Nastran and LS-Dyna
Education
REVA University
UVCE Bangalore
Bangalore Institute of Technology, VTU Belgaum
SVMPUC Malleshwaram, KPUE
SVEC Rajajinagar, KSEEB
Projects
APDL implementation of Transfer Matrix Analysis of Multi-Section Rotors (RSOP)
Literature review was undertaken to understand Transfer matrix Calculations. FE Model is carried out using ANSYS, Developed macros for automatic definition of Transfer Matrix and post processing in ANSYS.
Bird Hit Analysis using LS-Dyna for Satcom Radome
Finite Element Modeling using Hypermesh, Crash Analysis is performed using LS Dyna to evaluate the material being failed in bolted region. Maximum stress values and displacements are evaluated using Nastran Solver.
LED Monitor Screen Bracket Analysis
To Optimize weight and to redesign the bracket to obtain suitable displacement of 4kg monitor screen which is performed using Hyperworks 11.0 Radioss and OptiStruct tools.
Topology and size optimization of composite ply cargo door
To achieve a concept design stage through topology optimization. For composite laminate design a three-phase optimization process is used. The target of the first phase is the material distribution in terms of orientation and thickness. A discrete interpretation of the thickness contour results in concept design of ply layout and thickness. Then in Phase-II the interpreted ply-based structural model is further optimized under all design constraints with discrete design variables representing the number of plies of each ply patch. During Phase-III, ply stacking optimization is performed to refine the design according to detailed manufacturing constraints.
Creep life estimation of high pressure steam turbine blade
Literature review was undertaken to understand various methods to estimate the life of steam turbine HP blade. Linear and non linear analyses are performed. Fatigue analysis is performed using ANSYS Fatigue and results are validated using Coffin-Manson equation and also Universal Slope Method. Creep analysis is carried out and results are validated using Paris Law equation and compared the diminishing life of blade using Larson-Miller Parameter.
Conferences & Seminars (9)
IMTEX 2017
Virtual Arc Welding
10th Annual KSTA Conference 2018
Virtual Welding
IMTEX 2018
Virtual Welding-Unskilled can be Skilled
1st National Conference on Thrust Areas in Engineering
Determination of critical speeds of a bladed rotor disc of a single stage impulse type high speed steam turbine
National Conference on ERAME-2015
Virtual Manufacturing: A Review
Certificates & Licenses (6)
intellectual Property Rights
Developing Soft Skills and Personality
Stress Management
Design, analysis and optimization of mechanical systems
under Dr. S.B.Kandagal
Fracture mechanics and its practical importance
Awards & Achievements (2)
🏆 Qualified Graduate Aptitude Test in Engineering (GATE)
🏆 B. K. Garudachar centenary commemoration prize
Professional Memberships (3)
IEAE
International Association of Engineers (IAENG)
IEEE - Institute of Electrical and Electronics Engineers
Publications (11)
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