Dr. Chandan Pradhan
Brief Details:
Dr. Chandan
Pradhan currently holds the position of Post-Doctoral Fellow at the Indian
Institute of Technology Guwahati, where he focuses on the development of smart
flood monitoring and warning systems for the Himalayan rivers, as well as the
design of river health monitoring models. He earned his B. Tech. in Civil
Engineering from IGIT Sarang, Odisha. Subsequently, he pursued M. Tech in Water
Resources Engineering and Management and Ph.D. from the Department of Civil
Engineering at the Indian Institute of Technology Guwahati. Dr. Pradhan's
primary research interests encompass Hydraulics, River Engineering, and the
utilization of Satellite Remote Sensing for River Management Studies. He has
published research articles in esteemed international journals. Furthermore,
Dr. Pradhan has worked on research and consultancy projects focused on the
development of flood warning systems, waterway enhancements, dam break
analysis, and nature-based flood management- all those pertaining to Indian
Rivers. He has been actively involved in conducting hydrographic surveys in
complex rivers like the Brahmaputra, Brahmani and Himalayan Rivers using
advanced river surveying equipment. He is a member of British Society of
Geomorphology, American Geophysical Union, European Geosciences Union, and The
Indian Society for Hydraulics.
Research
The presentation titled
"Process-Based Indicators and Recovery Theory for Braided River Systems"
will commence with a short introduction. Subsequently, it will delineate the
current challenges encountered in river research, emphasizing the imperative of
enhancing our comprehension of the multifaceted scales of river processes. The
core segment of the presentation will underscore my contributions during my
Ph.D. research, elucidating novel methodologies and strategies for the
observation and management of braided rivers. These include the Stream Power
Curve, a refined perspective on River Recovery, integrating probability with
river flows, and devising balanced engineering-nature-based solutions.
Progressing further, I will detail insights from my ongoing research as a
Post-Doctoral Fellow at IIT Guwahati. Concluding, I will present the proposal
for an Advanced River Research (ARR) Lab at IIT Roorkee, aimed at pioneering
advancements in our understanding of rivers.
Teaching
The presentation titled
"Specific Energy and Critical Flow" provides a clear understanding of
open channel flow concepts. It will focus on the basics of Euler and Bernoulli
Equations and then delve into the concept of specific energy. The Energy-Depth
Relationships and the differentiation between alternate depths and imaginary
roots will be discussed. The distinctions between sub-critical and
super-critical regions will also be highlighted. The presentation concludes
with an explanation of critical flow and its real-world significance. This presentation
aims to offer a straightforward and practical overview of these essential open
channel flow topics.
Google Scholar Link:
https://scholar.google.co.in/citations?user=G_9zUzsAAAAJ&hl=en
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