Civil Engineering Structural Design asia Geotechnical Engineering Wave Load Analysis Field_Structure Structure Type_Building Category_Knowledge Structure Type_Tower Structure Type_Offshore
Motives for better Engineering
Explore horizontal earth pressure,
Coulomb's theory, and its applications.
Compare geotechnical results and
understand the trial wedge method's nuances.
Explore the technical content on vessel collision
to calculate the annual frequency of bridge component collapse.
Introducing the concept of seismic isolation design.
See moreCivil Engineering Structural Design asia Geotechnical Engineering Wave Load Analysis Field_Structure Structure Type_Building Category_Knowledge Structure Type_Tower Structure Type_Offshore
Foundation Drawing America Wind Turbine Structures Geotechnical Engineering Renewable Energy Structure Type_Tunnel Field_Geotech Category_Knowledge Category_How-to Structure Type_Underground Structure Type_Tower
Civil Engineering Structural Engineering asia Wind Turbine Structures Field_Geotech Category_Knowledge Structure Type_Tower
Boundary Conditions Civil Engineering Structural Engineering asia Wind Turbine Structures Structure Type_Building Field_Geotech Category_Knowledge Category_How-to Structure Type_Bridge Structure Type_Tower
Bridge Design Wind Loads Structural Engineering asia Drag Coefficient Structure Type_Tunnel Field_Bridge Category_How-to Structure Type_Bridge Structure Type_Underground Structure Type_Tower Design Code_Eurocode
Bridge Arch Bridges Construction Stage Analysis Bridge Construction Post-Tensioning America Structure Type_Building Field_Bridge Category_How-to Structure Type_Bridge Structure Type_Tower Design Code_AASHTO
In the design project to replace the old Fulton Road arch bridge in Cleveland, OH, Michael Baker Intl engineer Daniel Baxter and his team has designed a 1,568-foot-long replacement structure for the original arch bridge, which retains the original design of six 210-foot-long concrete deck arch spans. For the replacement bridge structure, a precast, post-tensioned concrete arch bridge design was selected. You may be asking yourself, why post-tensioning the arch bridge? Arches usually provide sufficient stabilities to structures and it is not usual for bridge designers to post-tension such structures. In this tip, Daniel Baxter talks about why his team has decided to post-tension the arch bridge and how they have utilized construction stage analysis to design the post-tension process.
Structural Analysis Bridge Modeling Plate Elements asia Structure Type_Building Field_Bridge Category_Knowledge Category_How-to Structure Type_Bridge Structure Type_Tower