Numerical simulation of vessel collision with cable-stayed bridge considering different tower shapes /
Hatem Kamal Mohamed Abdelgawad
Numerical simulation of vessel collision with cable-stayed bridge considering different tower shapes / التحليل الديناميكى لاصطدام السفن فى الكبارى المعلقه بالكابلات مع الأخذ فى الاعتبار العديد من الأشكال للأبراج الخاصه بالكبارى Hatem Kamal Mohamed Abdelgawad ; Supervised Waleed Abdellatif Atia - Cairo : Hatem Kamal Mohamed Abdelgawad , 2020 - 112 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Vessel collisions with bridges occur frequently worldwide and have the potential to cause enormous casualties, substantial property loss. The equations for consideration these forces is the 2AASHTO Guide Specifications Design Method3 that gives a simple manual calculation method to estimate an 2equivalent impact force. A parametric study was conducted to compare for several bracing systems and different shapes for the bridges pier. Results from such study indicate that, dynamic analysis technique are preferable, and the best system has excellent energy absorbing capabilities
Bridge Tower Cable-Stayed Bridge Vessel Collision
Numerical simulation of vessel collision with cable-stayed bridge considering different tower shapes / التحليل الديناميكى لاصطدام السفن فى الكبارى المعلقه بالكابلات مع الأخذ فى الاعتبار العديد من الأشكال للأبراج الخاصه بالكبارى Hatem Kamal Mohamed Abdelgawad ; Supervised Waleed Abdellatif Atia - Cairo : Hatem Kamal Mohamed Abdelgawad , 2020 - 112 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Vessel collisions with bridges occur frequently worldwide and have the potential to cause enormous casualties, substantial property loss. The equations for consideration these forces is the 2AASHTO Guide Specifications Design Method3 that gives a simple manual calculation method to estimate an 2equivalent impact force. A parametric study was conducted to compare for several bracing systems and different shapes for the bridges pier. Results from such study indicate that, dynamic analysis technique are preferable, and the best system has excellent energy absorbing capabilities
Bridge Tower Cable-Stayed Bridge Vessel Collision