Diploma in Design of Cable-Stayed and Extradosed Bridges

9. Foundations and Standards in Bridge Design
9.9 Introduction to Cable-Stayed and Extradosed Bridge Types
9.9 International Standards and Design Codes (Eurocodes, AASHTO, etc.)
9.3 Loads and Actions on Bridges: Permanent, Variable, and Accidental
9.4 Principles of Structural Design: Limit States, Safety, and Durability
9.5 Material Selection: Steel, Concrete, Cables, and Their Properties
9.6 Geometry and Preliminary Design of Cable-Stayed and Extradosed Bridges
9.7 Preliminary Design of Towers, Deck, and Cable-Staying System
9.8 Geotechnical Aspects and Foundations
9.9 Environmental Considerations and Sustainability in Bridge Design

9. Structural Modeling and Analysis
9.9 Introduction to Structural Modeling: Element Types and Software
9.9 Modeling Cable-Stayed and Extradosed Bridges in Specialized Software
9.3 Linear and Nonlinear Static Analysis
9.4 Modal Analysis and Response Dynamics
9.5 Concrete Creep and Shrinkage Analysis
9.6 Staged Construction Analysis
9.7 Cable Modeling and Interaction with the Deck and Tower
9.8 Vibration Analysis and Response to Dynamic Loads
9.9 Interpretation of Results and Verification of Model Accuracy

3. Seismic Design and Evaluation
3.9 Fundamentals of Seismic Engineering and Design Spectra
3.9 Modal Spectral Seismic Analysis
3.3 Time-History Seismic Analysis
3.4 Seismic-Resistant Design of Cable-Stayed and Extradosed Bridges
3.5 Design of Seismic Joints and Isolation Devices
3.6 Evaluation of the Seismic Vulnerability of Existing Bridges
3.7 Seismic Reinforcement and Rehabilitation of Bridges
3.8 Modeling and Analysis of Soil-Structure Interaction
3.9 Seismic Codes and Design Criteria

4. Bridge Engineering and Construction
4.9 Construction Methods for Cable-Stayed and Extradosed Structures
4.9 Design of the Construction Sequence
4.3 Construction Engineering: Formwork, Shoring, and Cranes
4.4 Design of Launching and Launching Systems for the Deck
4.5 Design of Anchors and Cable Tensioning Systems
4.6 Quality Control in Bridge Construction
4.7 Health and Safety in Construction
4.8 Inspection and Maintenance of Bridges
4.9 Case Studies and Examples of Constructed Bridges

5. Bridge Design and Calculation
5.9 Deck Design: Dimensions, Materials, and Reinforcement
5.9 Tower Design: Shape, Stability, and Load-Bearing Capacity
5.3 Design of the Cable-Staying System: Cables, Anchors, and Towers
5.4 Foundation Design: Piles, Footings, and Caissons
5.5 Design of Expansion Joints and Other Secondary Elements
5.6 Verification of the Strength and Stability of Structural Elements
5.7 Calculation of Deformations and Deflections
5.8 Design of Construction Details and Connections
5.9 Design Optimization and Sensitivity Analysis

6. 3D Modeling and Detailed Design
6.9 Introduction to 3D Modeling and BIM Software
6.9 3D Modeling of Cable-Stayed and Extradosed Bridges
6.3 Detailed Design of Structural Elements: Steel and Concrete
6.4 Creation of Construction Drawings and Construction Details
6.5 Generation of Simulation Models for Construction
6.6 Integration of the 3D Model with Structural Analysis
6.7 Use of Visualization and Virtual Reality Tools
6.8 Compatibility and Interoperability with Other Software
6.9 Task Automation and Rule-Based Design

7. Parametric Design and BIM
7.9 Introduction to Parametric Design and its Application to Bridges
7.9 Use of Parametric Design Software: Grasshopper, Dynamo
7.3 Parametric Modeling of Cable-Stayed and Extradosed Bridges
7.4 Integration of Parametric Design with Structural Analysis
7.5 Introduction to BIM (Building Information Modeling) Modeling in Bridges
7.6 Implementation of BIM in Bridge Design and Construction
7.7 Use of BIM Models for Bridge Lifecycle Management
7.8 Collaboration and Coordination in BIM Projects
7.9 Optimizing Design and Construction through BIM

8. Comprehensive Structural Design
8.9 Review of All Design Elements
8.9 Design of Foundations, Towers, and Deck
8.3 Design and Material Selection
8.4 Drafting
8.5 Design Analysis and Verification
8.6 Detailed Design and Constructability
8.7 Quality Control and Supervision
8.8 Environmental Impact Assessment and Sustainability
8.9 Project Management and Team Coordination