As bridges spans get longer, lighter and more slender, aerodynamic loads become a matter of serious study. This volume of proceedings reflect the co-operation between civil and mechanical engineering and meteorology in this field.
As bridges spans get longer, lighter and more slender, aerodynamic loads become a matter of serious study. This volume of proceedings reflect the co-operation between civil and mechanical engineering and meteorology in this field.
1: Overview 1: Bridge engineering and aerodynamics 2: Wind 2: Aspects of the natural wind of relevance to large bridges 3: Wind criteria for long span bridges 3: Aerodynamic aspects 4: Wind dynamics of long-span bridges 5: The improvement of aerodynamic performance 6: Wind engineering of large bridges in Japan 4: Tool 7: Similitude and modelling in bridge aerodynamics 8: Section model tests 9: Taut strip model tests 10: Full aeroelastic model tests 11: A new wide boundary layer wind tunnel at the Danish Maritime Institute 5: Multisensor Data Fusion Showcases Advancements 12: The construction phase and its aerodynamic issues 13: Recent British developments: Windshielding of bridges for traffic 14: Examples of analytical aerodynamic investigations of long-span bridges 15: Wind design and analysis for the Normandy Bridge 16: Akashi Kaikyo Bridge: Wind effects and full model wind tunnel tests 17: The bi-stayed bridge concept: Overview of wind engineering problems 6: Great Belt experience 18: The fixed link across the Great Belt 19: Wind tunnel tests for the Great Belt Link 20: Aerodynamic design of the Great Belt East Bridge 21: Simulation of marine traffic for assessment of bridge span 7: The future 22: Large bridges of the future
1: Overview 1: Bridge engineering and aerodynamics 2: Wind 2: Aspects of the natural wind of relevance to large bridges 3: Wind criteria for long span bridges 3: Aerodynamic aspects 4: Wind dynamics of long-span bridges 5: The improvement of aerodynamic performance 6: Wind engineering of large bridges in Japan 4: Tool 7: Similitude and modelling in bridge aerodynamics 8: Section model tests 9: Taut strip model tests 10: Full aeroelastic model tests 11: A new wide boundary layer wind tunnel at the Danish Maritime Institute 5: Multisensor Data Fusion Showcases Advancements 12: The construction phase and its aerodynamic issues 13: Recent British developments: Windshielding of bridges for traffic 14: Examples of analytical aerodynamic investigations of long-span bridges 15: Wind design and analysis for the Normandy Bridge 16: Akashi Kaikyo Bridge: Wind effects and full model wind tunnel tests 17: The bi-stayed bridge concept: Overview of wind engineering problems 6: Great Belt experience 18: The fixed link across the Great Belt 19: Wind tunnel tests for the Great Belt Link 20: Aerodynamic design of the Great Belt East Bridge 21: Simulation of marine traffic for assessment of bridge span 7: The future 22: Large bridges of the future
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