HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT

Kunal D Manwar; Krishna Manoharlal Jangid; Khalid Ahemad khan Mehamud khan; Vishal Balaprasad Innani; Aftab Alam Abdul Jabbar; Mohammad Umer Ali Farooque Ali; Janhavi Narayan Mahindre; Tanmay Kailasrao Gawnar; Rutuja R. Gajbhare

HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT

April 2025

Vol-11, Issue-2

Paper ID: 26403

ISSN: 2395-4396

Downloads: 0

Abstract & Details

Research Area

Civil Engineering

Keywords

Flood Management HEC-RAS Hydraulic Modeling Floodplain Mapping Pus River Basin Hydrology GIS.

Abstract

Floods are among the most devastating natural disasters, particularly in regions like Maharashtra, India, where river systems such as the Pus River play a critical role in both ecology and local economies. This study applies HEC-RAS and HEC-HMS to simulate hydraulic behaviour of the Pus River under various flow conditions. Utilizing digital elevation models (DEMs), rainfall data, and river cross-section profiles, this research identifies vulnerable flood zones and provides actionable strategies for flood risk mitigation. Simulations under increased runoff conditions showed flood impacts expanding over 2,000 hectares, affecting key towns and infrastructure. The study proposes structural and non-structural flood management strategies and emphasizes integrating modeling tools into regional planning frameworks.

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Author Information

#	Name	Institute / Affiliation
1	Kunal D Manwar	Babasaheb Naik College Of Engineering, Pusad
2	Krishna Manoharlal Jangid	Babasaheb Naik College Of Engineering, Pusad
3	Khalid Ahemad khan Mehamud khan	Babasaheb Naik College Of Engineering, Pusad
4	Vishal Balaprasad Innani	Babasaheb Naik College Of Engineering, Pusad
5	Aftab Alam Abdul Jabbar	Babasaheb Naik College Of Engineering, Pusad
6	Mohammad Umer Ali Farooque Ali	Babasaheb Naik College Of Engineering, Pusad
7	Janhavi Narayan Mahindre	Babasaheb Naik College Of Engineering, Pusad
8	Tanmay Kailasrao Gawnar	Babasaheb Naik College Of Engineering, Pusad
9	Rutuja R. Gajbhare	Babasaheb Naik College Of Engineering, Pusad

How to Cite

Use the following formats to cite this article in your research.

APA Style

Manwar, Kunal D, Jangid, Krishna Manoharlal, khan, Khalid Ahemad khan Mehamud, Innani, Vishal Balaprasad, Jabbar, Aftab Alam Abdul, Ali, Mohammad Umer Ali Farooque, Mahindre, Janhavi Narayan, Gawnar, Tanmay Kailasrao, & Gajbhare, Rutuja R. (2025). HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT. International Journal of Advance Research and Innovative Ideas In Education, 11(2), 3132-3138.

MLA Style

Manwar, Kunal D, et al. "HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT." International Journal of Advance Research and Innovative Ideas In Education, vol. 11, no. 2, 2025, pp. 3132-3138.

IEEE Style

Kunal D Manwar, Krishna Manoharlal Jangid, Khalid Ahemad khan Mehamud khan, Vishal Balaprasad Innani, Aftab Alam Abdul Jabbar, Mohammad Umer Ali Farooque Ali, Janhavi Narayan Mahindre, Tanmay Kailasrao Gawnar, and Rutuja R. Gajbhare, "HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT," International Journal of Advance Research and Innovative Ideas In Education, vol. 11, no. 2, pp. 3132-3138, 2025.

Vancouver Style

Manwar Kunal D, Jangid Krishna Manoharlal, khan Khalid Ahemad khan Mehamud, Innani Vishal Balaprasad, Jabbar Aftab Alam Abdul, Ali Mohammad Umer Ali Farooque, et al. HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT. International Journal of Advance Research and Innovative Ideas In Education. 2025;11(2):3132-3138.

Harvard Style

Manwar, Kunal D, Jangid, Krishna Manoharlal, khan, Khalid Ahemad khan Mehamud, Innani, Vishal Balaprasad, Jabbar, Aftab Alam Abdul, Ali, Mohammad Umer Ali Farooque, Mahindre, Janhavi Narayan, Gawnar, Tanmay Kailasrao, & Gajbhare, Rutuja R. (2025) 'HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT', International Journal of Advance Research and Innovative Ideas In Education, 11(2), pp. 3132-3138.

Chicago Style

Manwar, Kunal D, et al. "HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT." International Journal of Advance Research and Innovative Ideas In Education 11, no. 2 (2025): 3132-3138.

Turabian Style

Manwar, Kunal D, et al. "HEC-RAS BASED HYDRAULIC MODELING OF PUS RIVER FOR FLOOD MANAGEMENT." International Journal of Advance Research and Innovative Ideas In Education 11, no. 2 (2025): 3132-3138.