CV
Get to know me a little better
Basics
| Name | Bibekananda Datta |
| Label | PhD student in Mechanical Engineering |
| Url | https://bibekanandadatta.com |
| Summary | Mechanical engineer with interests in understanding material behaviors through computation and experiments. |
Education
Awards
- 2021.08
Best Poster Award
Society of Engineering Science (SES)
- 2012
Dean's Scholarship
Bangladesh University of Engineering and Technology
-
Technical Scholarship
Bangladesh University of Engineering and Technology
Interests
| Mechanics | |
| Continuum mechanics | |
| Micromechanics | |
| Computational mechanics |
| Materials | |
| Active soft materials | |
| Hydrogels | |
| Biological tissues | |
| Characterization |
Skills
| Programming | |
| C | |
| Fortran | |
| MATLAB | |
| Python |
| Computational tools | |
| Abaqus | |
| ANSYS | |
| LS-DYNA | |
| FEniCSx |
| Characterization | |
| Universal testing (UTM) | |
| Dynamic mechanical analyzer (DMA) | |
| Differential scanning calorimetry (DSC) |
Work
- 2020.08 - Present
Graduate Research Assistant
Johns Hopkins University
Conducting research on understanding the multiphysics behaviors of soft hydrogel materials for soft sensing/ robotics, energy and water harvesting applications.
- Soft material
- Computational methods
- Applied mechanics
- 2019.08 - 2020.07
Instructor and Research Assoiciate
Washington State University
Developed continuum dislocation plasticity model for additively manufactured metals and taught classes on numerical method-based engineering analysis.
- 2017.08 - 2019.08
Graduate Research Assistant
Washington State University
Performed research on failure mechanisms of Cu interconnects and growth of intermetallics in Cu-Sn micro solder joints in 3D electronic packagings.
Publications
-
2024.05 A Reactive Electrochemomechanical Theory for Growth and Remodeling of Polyelectrolyte Hydrogels and Application to Dynamic Polymerization of DNA Hydrogels
Journal of the Mechanics and Physics of Solids
-
2022.12
Volunteer
- 2023.08 - 2024.04
Organizer, Mechanics and Materials Seminar
MechE, Johns Hopkins University
Organized student-run seminar classes, managed communication, presentation schedule, speaker invitations, and food distribution.
- 2012.05 - 2016.12
Projects
- 2020.08 - Present
Modeling Stimuli-responsive Behaviors of Hydrogels
Developing multiphysics framework, constitutive models, and numerical implementation to study stimuli-responsive behaviors of hydrogels for soft robotics and water harvesting applications
- Continuum mechanics
- Finite element