Course Catalogue.

After participating in this course, you will be able to:

• Analyze and select optimal steel bridge configurations to meet various design requirements.
• Develop innovative and cost-effective solutions for steel bridge construction and rehabilitation.
• Assess and apply appropriate load combinations, including dynamic and seismic considerations.
• Integrate advanced seismic design principles, including non-linear modelling techniques.
• Design comprehensive steel bridge components for highway and railway applications.

Description
Steel bridges are vital to transportation networks, facilitating efficient and reliable connectivity worldwide. The design and construction of these structures demand a deep understanding of engineering principles, materials, and environmental factors. Participants will explore the intricacies of designing superstructures and substructures for short, medium, and long-span steel bridges. Key aspects such as strength, serviceability, fatigue resistance, and redundancy are integrated into the learning process, ensuring well-rounded knowledge of bridge design fundamentals.

Through a detailed examination of highway and railway steel bridge loads, composite bridge deck construction, and seismic resilience, attendees will gain valuable insights into modern engineering challenges and solutions. Advanced topics such as non-linear seismic analysis and the design of cable-stayed and suspension bridges are complemented by real-world examples and case studies. This course also delves into major steel bridge rehabilitation projects, offering practical strategies and lessons learned from successful implementations.

By the end of the course, participants will be equipped with the knowledge to design safe, efficient, and durable steel bridges. Real-life design examples and open discussions foster an engaging learning environment, bridging the gap between theory and practice and empowering attendees to tackle future bridge engineering projects confidently.

Who Should Attend
This course is designed for professionals planning, designing, and constructing steel bridges. Highway agency managers, railway bridge engineers, consulting engineers, structural and design engineers, and superintendents will find the content particularly relevant. Contractors, fabricators, material suppliers, and construction foremen looking to enhance their steel bridge construction and rehabilitation expertise will also benefit.

In addition, the course is ideal for government officials responsible for infrastructure projects, project managers overseeing bridge construction, and graduate engineers seeking specialized knowledge in bridge design. Academics and researchers focusing on structural engineering innovations will gain valuable insights into practical applications and emerging trends in the field.

Course Syllabus

Day I

• Welcome, Introduction, Workshop Preview, Learning Outcomes and the Assessment Method
• Steel Bridge Main Components
• Selecting the Bridge Type
• Highway & Railway Bridge Design Loads
• Highway & Railway Steel Bridge Examples
• Steel Bridge Redundancy

Day II

• Composite Construction in Bridge Decks
• Seismic Design
• Introduction to modelling for non-linear seismic analysis

Day III

• Long Span Bridge Presentations: Cable Stay & Suspension Bridges
• Major Rehabilitation of Steel Bridges – Case Studies
• Design Example 1: Two-Span Composite I Girder Bridge (superstructure and substructure)
• Design Example 2: Trough Plate Girder Railway Bridge (superstructure and substructure)
• Open Forum
• Questions and Answers and Feedback to Participants on Achievement of Learning Outcomes