Civil Structural Design of Bridges & Tunnels
Civil and Structural
200 USD
- ✓Fundamentals of Bridge and Tunnel Design: Types of structures and principles for selecting the most suitable design for each project.
- ✓Load and Structural Analysis: Methods for calculating and withstanding various loads on bridges and tunnels.
- ✓Material Selection and Modern Construction Techniques: Using sustainable and safe materials while applying the latest construction technologies.
- ✓Structural Design and Supervision: Effective planning and execution of complex construction projects.
- ✓Construction Project Management: Best practices for monitoring execution and ensuring quality and safety.
- ✓Practical Applications and Case Studies: Learning from real projects to apply theoretical concepts in practice.
Course Content
Unit 01: Introduction & Design of Bridges0h
- What is Bridge
- Design Aspects of Bridges
- Bridge Types (1)
- Bridge Types (2)
- Construction and Erection (1)
- Construction and Erection (2)
- Construction and Erection (3)
- Bridge Component Definitions (1)
- Bridge Component Definitions (2)
- Super Structure
- Course Content
Unit 02: Bridge Design Phases & Box Girder Section Dimensions0h
- Bridge Design Phases
- Structure Type
- Bridge Layout
- Box Girder Deck Section Dimensions (1)
- Box Girder Deck Section Dimensions (2)
- Box Girder Deck Section Dimensions (3)
- Box Girder Deck Section Dimensions (4)
- Box Girder Deck Section Dimensions (5)
Unit 03: Bridge Loads & Design Standards by International Codes0h
- Vertical Dead Loads on Bridges
- Design Lane Definition
- Design Vehicular Live Load (AASHTO) (1)
- Design Vehicular Live Load (AASHTO) (2)
- Design Vehicular Live Load (AASHTO) (3)
- Lanes in The Program
- The MOMRA Code (1)
- The MOMRA Code (2)
- Live Load As Egyptian Code
Unit 04: Bridge Modeling0h
- Introduction About Some Elements (1)
- Introduction About Some Elements (2)
- Bridge Modeling
- Bridge Object Data (1)
- Bridge Object Data (2)
- Bridge Object Abutment Assignments (Diaphragm )
- Bridge Object Abutment Assignments (Start Abutment)
- Bridge Object Abutment Assignments (end Abutment)
- Bents (1)
- Bents (2)
- Adding a Section to Column (1)
- Adding a Section to Column (2)
Unit 05: Bents & Load Analysis0h
- Bridge Bent Data
- Frame Section
- Modify Column Data
- Bridge Ubdate
- Parametric Variation (1)
- Parametric Variation (2)
- Parametric Variation (3)
- Define Load Patterns (1)
- Define Load Patterns (2)
- Loads (Braking Force)
Unit 06: Environmental & Dynamic Loads0h
- Braking Force
- Braking Moment
- Centrifugal Forces (1)
- Centrifugal Forces (2)
- Centrifugal Forces (3)
- Temperature load on Bridges
- Diffrential Settlement Force
- Temperature Gradient (1)
- Temperature Gradient (2)
- Display Options
- Wind Load
Unit 07: Wind & Seismic Loads on Bridges0h
- Wind Load (1)
- Wind Load (2)
- Wind Load (3)
- Wind Load (4)
- Wind Load Application (1)
- Wind Load Application (2)
- Earthquake Loads (1)
- Earthquake Loads (2)
- Site Class
- Response Spectrum Method
- Mass Source
- Friction Forces & Vehicular Collision Force
Unit 08: Prestressed Concrete & Systems0h
- Introduction to Prestressed Concrete
- System of Prestressing (1)
- System of Prestressing (2)
- Materials (Concrete)
- Losses in Prestressed Members (1)
- Losses in Prestressed Members (2)
- Losses in Prestressed Members (3)
- Losses in Prestressed Members (4)
- Jaking From One End Or Both Ends
Unit 09: Post-Tensioning & Bearings Layout0h
- Post-Tensioning Layouts
- Staged Construction of Bridges
- Staged Construction of Bridges (Prestressing)
- Bearings Layout
- Bearings Layout (Curved decks)
- Applying Bearings on the Program (1)
- Applying Bearings on the Program (2)
- Applying Bearings on the Program (3)
Unit 10: Prestressing Profiles & Criteria0h
- Prestressed
- Profile Criteria And Requirements (1)
- Profile Criteria And Requirements (2)
- Profile Criteria And Requirements (3)
- Profile Criteria And Requirements (4)
- Pre-Stressing Definition (1)
- Pre-Stressing Definition (2)
- Pre-Stressing Definition (3)
Unit 11: Prestressed Bridge Stresses & Load Combinations0h
- Allowable Stress in Prestressed Concrete
- Stress Limitations for Prestressing Tendons
- Stress Limits for Concrete (1)
- Stress Limits for Concrete (2)
- Staged Construction of Bridges (1)
- Staged Construction of Bridges (2)
- Load Designation
- Load Combination
- Load Combination Conditions
Unit 12: Serviceability & Load Combinations in Prestressed Bridges0h
- Serviceability
- Long-Term Effect
- Load Combinations (1)
- Load Combinations (2)
- Load Combinations (3)
- Load Combinations (4)
- Load Combinations (5)
Unit 13: Bridge Strength & Resistance Criteria0h
- Strength (Maximum & Minimum)
- Load Combination Data (1)
- Load Combination Data (2)
- Load Combination Data (3)
- Assumptions For Strength & Extreme
- Resistance Factors
- Check Ultimate Flexure Capacity
Unit 14: Section Analysis & Shear–Torsion Check0h
- Rectangular vs, T-Section (1)
- Rectangular vs, T-Section (2)
- Check Ultimate Shear & Torsion (1)
- Check Ultimate Shear & Torsion (2)
Unit 15: Bridge Forces & Section Design0h
- Bridge Object Forces (1)
- Bridge Object Forces (2)
- Sections Designing (1)
- Sections Designing (2)
- Sections Designing (3)
- Sections Designing (4)
- Sections Designing (5)
- Sections Designing (6)
- Sections Designing (7)
Unit 16: Horizontal Deck Design0h
- Designing The Horizontal Deck (1)
- Designing The Horizontal Deck (2)
- Designing The Horizontal Deck (3)
- Designing The Horizontal Deck (4)
- Designing The Horizontal Deck (5)
- Designing The Horizontal Deck (6)
Unit 17: Diaphragm Design with STM & Load Analysis0h
- Diaphragm Design Using STM (1)
- Diaphragm Design Using STM (2)
- (STM) More Detailed
- Torsional Moment
- Analysis Model
- Putting the Loads
- Run the Model
- Shear & Torsion Loads (1)
- Shear & Torsion Loads (2)
Unit 18: Bearing, Anchorage & Expansion Joint Design0h
- Top Reinforcement & Prestress Forces at Bearings
- Anchorage Zone Design
- Bursting Forces Design
- Anchorage Zone at Abutment
- Expansion Joint Design (1)
- Expansion Joint Design (2)
Unit 19: Bearings & Expansion Joint Detailing0h
- Expansion Joints
- Bearings
- Bearings & The Force Acting on it (1)
- Bearings & The Force Acting on it (2)
- Bearings Design (SP Column 1)
- Bearings Design (SP Column 2)
- Bearings Design (SP Column 3)
- Draw The Column (1)
- Draw The Column (2)
Unit 20: Slenderness Effects & Pier Footing with CSiBridge0h
- Approximate Evaluation of Slenderness Effects (1)
- Approximate Evaluation of Slenderness Effects (2)
- Pier Footing
- Create Model in CSiBridge
- CSBridge - Force Results (1)
- CSBridge - Force Results (2)
- CSBridge (Create files)
Unit 21: Abutment Types, Load Analysis & Modeling0h
- Different Types of Abutment
- Loads Acting on The Abutment (1)
- Loads Acting on The Abutment (2)
- Abutment Stability & Soil Stress Analysis
- Abutment Modeling (1)
- Abutment Modeling (2)
- Abutment Modeling (3)
- Breif About the Second Project
Unit 22: Girder Bridges & Composite Beam Modeling with Shear Transfer0h
- Girder Bridges
- Bridge Modeling (Composite Beam) (1)
- Bridge Modeling (Composite Beam) (2)
- Bridge Modeling (Composite Beam) (3)
- Shear Transfer
Unit 23: Bridge Girders – Modeling, Loads & Analysis0h
- Intro to Bridge Girder
- Bridge Girder Modeling (1)
- Bridge Girder Modeling (2)
- Bridge Girder Modeling (3)
- Dead Loads on Bridges
- Load Combinations
- Bridge Girder (Moment & Shear)
- Prestressing Curtailment
Unit 24: Slab & Girder Reinforcement, Tunnel Design & Loads0h
- Concrete Slab Reinforcement (Bridge Girder Section)
- Bridge Slab Design – Structural Considerations
- Beam-Slab Shear Flow Reinforcement
- Tunnels & Box Culverts
- Tunnel Design Model
- Live Load Surcharge (LS) (1)
- Live Load Surcharge (LS) (2)
- Load Combinations
Instructors
Ahmed Hamdy
Eng. Ahmed Hamdy is a professional instructor and engineering manager with over 20 years of experience in power plant operations and maintenance, reliability, and asset management. He has a proven track record in delivering specialized engineering training programs for engineers and technicians, in addition to leading strategic engineering projects, most notably the management of power plant transfer and operational handover between operating companies and governmental authorities, while ensuring full compliance with international standards, safety, and quality requirements.
Ahmed Hamdy
Eng. Ahmed Hamdy is a professional instructor and engineering manager with over 20 years of experience in power plant operations and maintenance, reliability, and asset management. He has a proven track record in delivering specialized engineering training programs for engineers and technicians, in addition to leading strategic engineering projects, most notably the management of power plant transfer and operational handover between operating companies and governmental authorities, while ensuring full compliance with international standards, safety, and quality requirements.
FAQ
Do I need prior experience in design or construction to join the course?
No, the course is designed for students, graduates, and junior engineers, although practical experience is considered an added advantage.
Will I be able to apply what I learn to real projects after the course?
Yes, the course includes case studies and practical applications that help you transfer the acquired knowledge to real work environments.
Is this course suitable for students and fresh graduates?
Yes, the course is suitable for students and fresh graduates who want to gain practical and theoretical skills in designing and managing bridges and tunnels projects.