global-journal-of-science-frontier-research-h-environment-environmental-geology Global Journal of Science Frontier Research - H: Environment & Environmental geology 0975-5896 2249-4626 Global Journals Publishing Group Incorporated 10.34257/GJSFR145654 145654 Design and structural Analysis of Gates and Hoisting Systems for Rohin Barrage Project, Uttar Pradesh, India: A case study Rohin Barrage: Irrigation and Flood Management ChaudharyM.P. GargAnil SinghUpendra GargYash Kumar INDIA, Netaji Subhas University of Technology 13 10 2025 25 H2 55 74

This case study presents the comprehensive design and implementation process of major hydraulic components at the Rohin Barrage, including sluice service gates, under sluice service gates, 25T rope drum hoist system, head regulator gates, 15T monorail structure, and stoplog gates. The project addresses complex hydraulic and structural challenges posed by fluctuating river flows, sediment management, and frequent gate operations. The study emphasizes practical design approaches based on relevant IS codes and standards, ensuring functionality, safety, and operational reliability. Through detailed design parameters, componentlevel analysis, and compliance with national standards, this paper serves as a reference for hydraulic gate design and implementation in similar barrage structures.

 rohin barrage sluice gates under sluice rope drum hoist. Full Text

This case study presents the comprehensive design and implementation process of major hydraulic components at the Rohin Barrage, including sluice service gates, under sluice service gates, 25T rope drum hoist system, head regulator gates, 15T monorail structure, and stoplog gates. The project addresses complex hydraulic and structural challenges posed by fluctuating river flows, sediment management, and frequent gate operations. The study emphasizes practical design approaches based on relevant IS codes and standards, ensuring functionality, safety, and operational reliability. Through detailed design parameters, component-level analysis, and compliance with national standards, this paper serves as a reference for hydraulic gate design and implementation in similar barrage structures.