Getinet Melesse Dicha (Lecturer)

Getinet Melesse Dicha (Lecturer)

Contact

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Bio:

Getinet Melesse is a prominent researcher in the field of civil engineering, focusing on structural analysis and the behavior of construction materials. He has authored multiple studies examining the abrasion resistance of hydraulic structures and the mechanical behavior of composite materials. One of his key contributions includes a finite element analysis of reinforced concrete dapped-end beams, assessing the effects of impact velocity and cross-section geometry. His work also explores innovative repair mortars and the utilization of glass fiber-reinforced polymers to enhance the performance of reinforced concrete beams. Through his research, Getinet Melesse aims to contribute to the advancement of sustainable and resilient civil engineering practices, ensuring the safety and durability of infrastructure in challenging environments.

  • Education:

    Msc. In Civil (Structural) Engineering From Arba Minch University
  • Expertise:

    Education - Bachelor's Degree in Civil and Urban Engineering - Master of Science in Civil (Structural) Engineering with great distinction Current Position - Lecturer and Researcher at the Institute of Technology, Arba Minch University - Courses taught include: - Engineering Mechanics (Statics-I) - Theory of Structures I&II - Reinforced Concrete I & II - Design of Steel Structures - Advanced Structural Design - Mentorship in research and final-year projects Professional Experience - Roles as Site Engineer, Office Engineer, and Project Manager - Completion of training in civil structural engineering software: - ETABS - SAP - AutoCAD - ArchiCAD - Revit Research and Community Engagement - Involvement with Gammo Development Association: - Collaborative research - Training and publications - Professional support in the Southern Nations and Nationalities region of Ethiopia - Research interests: - Climate Action - Urban Policy - Sustainable Construction Materials - Environment - Soil-Structure Interaction - Structural (Dynamic) Analysis - Building and Bridge Engineering - Modeling of Civil Engineering Structures Vision and Aspirations - Driven by personal experiences to improve the living conditions of impoverished families and communities. - Aspires to establish a business focused on community engagement projects, supporting long-term development. - Committed to implementing Sustainable Development Goals through professional work and community projects. Publications - Notable Articles: - "A Study on the Abrasion Resistance of Hydraulic Structures with Different Repair Mortars" (2023) - "Finite Element Analysis of a Reinforced Concrete Dapped-End Beam under the Effects of Impact Velocity and Dapped-End Beam Cross-Section Geometry" (2023) - "Study on Mechanical Behavior of Fully Encased Composite Slender Columns with High-Strength Concrete Using FEM Simulation" (2023) - "A Study on Using Glass Fiber-Reinforced Polymer Composites for Shear and Flexural Enhancement of Reinforced Concrete Beams" (2022) - "Determining the Reference Basic Wind Speed in Ethiopia and Comparing with Compulsory Ethiopian Standard CES 145, 2015" (2021) This overview highlights my journey through education, professional development, community engagement, and research contributions in Civil and Structural Engineering.
  • Department: Faculty of Civil Engineering