CV

Education

PhD in Ocean Engineering
2022, IIT Madras, Chennai, India
M.Tech. in Applied Mechanics
2017, IIT Madras, Chennai, India
B.Tech. in Naval Architecture and Ocean Engineering
2017, IIT Madras, Chennai, India

Work experience

Spring 2024: Academic Pages Collaborator
- GitHub University
- Duties includes: Updates and improvements to template
- Supervisor: The Users
Fall 2015: Research Assistant
- GitHub University
- Duties included: Merging pull requests
- Supervisor: Professor Hub
Summer 2015: Research Assistant
- GitHub University
- Duties included: Tagging issues
- Supervisor: Professor Git

Skills

Programming: FORTRAN (Advanced), C/C++ (Moderate), Julia (Moderate), OpenMP (Advanced), Python (Moderate), OpenACC (Moderate), MPI (Basic)
Numerical methods: Finite Element (Advanced), Meshless (Advanced), Finite Difference (Moderate)
Simulation: ANSYS Fluent (Moderate), STAR-CCM+ (Moderate), OpenFOAM (Moderate)
Analysis and Presentation: MATLAB (Moderate), Mathematica (Moderate), Paraview (Moderate), Tecplot (Basic), Inkscape (Moderate)
Others: LaTeX (Advanced), MS Office (Moderate), git (Moderate), AutoCAD (Basic)

Journal Publications

Dynamic analysis of viscoelastic floating membranes using monolithic Finite Element method

Agarwal, S., Colomés, O., Metrikine, A.V., 2024. Dynamic analysis of viscoelastic floating membranes using monolithic Finite Element method. Journal of Fluids and Structures 129, 104167.

Three-dimensional coupling between Boussinesq (FEM) and Navier-Stokes (particle based) models for wave structure interaction

Agarwal, S., Sriram, V., Murali, K. (2022) Three-dimensional coupling between Boussinesq (FEM) and Navier-Stokes (particle based) models for wave structure interaction. Ocean Engineering 263, 112426

Waves in waterways generated by moving pressure field in Boussinesq equations using unstructured finite element model

Agarwal, S., Sriram, V., Liu, P. L.-F., Murali, K. (2022) Waves in waterways generated by moving pressure field in Boussinesq equations using unstructured finite element model. Ocean Engineering 262, 12202.

Experimental investigation of hydrodynamic loading induced by regular, steep non-breaking and breaking focused waves on a fixed and moving cylinder

Saincher, S., Sriram, V., Agarwal, S., Schlurmann, T. (2022) Experimental investigation of hydrodynamic loading induced by regular, steep non-breaking and breaking focused waves on fixed and moving cylinder. European Journal of Mechanics - B/Fluids 93, 42–64.

Improvements in MLPG formulation for 3D wave interaction with fixed structures

Agarwal, S., Sriram, V., Yan, S., Murali, K. (2021) Improvements in MLPG formulation for 3D wave interaction with fixed structures. Computers & Fluids 218, 104826.

Laboratory Study on Steep Wave Interactions with Fixed and Moving Cylinder

Sriram, V., Agarwal, S., Schlurmann, T. (2021) Laboratory Study on Steep Wave Interactions with Fixed and Moving Cylinder. International Journal of Offshore and Polar Engineering 31, 19–26.

A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part B

Agarwal, S., Saincher, S., Sriram, V., Yan, S., et al. (2021) A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part B. International Journal of Offshore and Polar Engineering 31, 11–18.

A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part A

Sriram, V., Agarwal, S., Yan, S., Xie, Z., et al. (2021) A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part A. International Journal of Offshore and Polar Engineering 31, 1–10.

Demonstration of control and inspection by circumferentially guided ultrasonic waves using novel Remotely Operated Underwater Vehicle

Agarwal, S., Jhunjhunwala, T., Saikiran, N., Rajagopal, P. (2018) Demonstration of control and inspection by circumferentially guided ultrasonic waves using novel Remotely Operated Underwater Vehicle. ISSS Journal of Micro and Smart Systems 7, 97-105.

Shagun Agarwal

CV

Education

Work experience

Skills

Journal Publications

Dynamic analysis of viscoelastic floating membranes using monolithic Finite Element method

Three-dimensional coupling between Boussinesq (FEM) and Navier-Stokes (particle based) models for wave structure interaction

Waves in waterways generated by moving pressure field in Boussinesq equations using unstructured finite element model

Experimental investigation of hydrodynamic loading induced by regular, steep non-breaking and breaking focused waves on a fixed and moving cylinder

Improvements in MLPG formulation for 3D wave interaction with fixed structures

Laboratory Study on Steep Wave Interactions with Fixed and Moving Cylinder

A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part B

A Comparative Study on the Nonlinear Interaction Between a Focusing Wave and Cylinder Using State-of-the-art Solvers: Part A

Demonstration of control and inspection by circumferentially guided ultrasonic waves using novel Remotely Operated Underwater Vehicle

Talks

Finite-element Model for Geometric Nonlinearity and Dynamic Stiffness of Synthetic Mooring Lines

TDC for finite elastic deformation in submerged mooring lines exposed to dynamic loading

Fluid-fluid coupling between mesh and particle-based models for wave-structure interaction

Hydro-visco-elastic analysis of floating membranes using a monolithic finite-element model

Interaction of Fixed Cylinder With Waves Through Weakly Coupled FNPT and Lagrangian Navier-Stokes

Modelling Wave Interaction with Porous Structures Using Boussinesq Equations

Teaching

CIEM4230 Floating and Submerged Structures 2023-2025