Advance Techniques in Structural Engineering

Introduction:

This course provides a comprehensive overview of advanced techniques in structural engineering, focusing on fundamental concepts and principles. The curriculum covers a wide range of topics, including the characteristics of reinforced concrete, advanced concrete additives, and modern materials that enhance the strength and bonding of reinforced concrete. Additionally, the properties and applications of fiber reinforced polymers (FRP), carbon-FRP, and glass FRP polymers are explored.

Course Objectives:

Upon Completion of This Course, Participants Will Under-Stand The Following

• The Basic Properties Of Reinforced Concrete, Advanced Additives, And Modern Reinforced Concrete Materials. 
• The Basic Properties Of The Fiber Reinforced Polymers Frp.
• The Different Types Of Slabs Using Frp Under Seismic Load.Reinforced Concrete Beams Using Frp Under Seismic Load
• Reinforced Concrete Columns Using Frp Under Seismic Load
• The Behavior Of Rehabilitated Reinforced Concrete Struc-Tures Under Seismic Loads.
• The Selective Rehabilitation Scheme Of Reinforced Con-Crete Structures

Who Should Attend?

This Course Is Intended For Civil And Structural Engineers Whose Work Is Related To Reinforced Concrete Design And Repair. Hence, This Course Can Be Potentially Useful To Those Responsible For Reinforced Concrete Structures Rehabilitation By Frp.

Course Outlines:

• Concrete Properties
• Modern Materials Used To Increase The Strength And Bonds Of Reinforced Concrete
• Advanced Concrete Additives
• Frp Types
• Frp Properties
• Seismic Repair Schemes For Reinforced Concrete Slabs
• Seismic Repair Schemes For Reinforced Concrete Beams
• Seismic Repair Schemes For Reinforced Concrete Columns.
• Stress-Strain Model Of Rectangular Concrete Columns Confined By Frp.
• Seismic Structural Analysis For Different Repair Schemes Using Frp.
• Selective Rehabilitation Scheme Of Reinforced Concrete Structures.
• Case Studies