**Syllabus for Introduction to Bridge Design (교량설계입문)**

Curriculum NO. 457.406Course NO. Title Introduction to Bridge Design Lecturer Ho-Kyung Kim Credit 3-2-2 | ||

ObjectiveThis course teaches basic concept and procedure of bridge design. Based on the fundamental theory acquired from the pre-requisite structural analysis subjects such as mechanics of materials, structural analysis 1 & 2, this course starts from the definition of design method and design loads. The former parts are closely related to design subjects such as design of steel structures and/or design of concrete structures. Reflecting current trend of changing to Load Resistance Factor Design for steel structures, this course basically follows the LRFD method. However, for better understanding of current LFD and ASD methods adopted in KBDC, comparative examples with different design methods are also provided. At the last part of the course, all students will be encouraged to provide design solutions for a simple bridge as a term project. This will be useful to utilize all knowledge acquired in the class and promote mutual cooperation as a member of a team. The main goals of the course are: 1) Understand design loads and combinations for highway bridge 2) Understand design philosophies and methods (ASD, LFD, LRFD) 3) Develop ability to use computer-assisted design software for bridges 4) Design a slab-on-stringer bridge as a teamwork 5) Develop ability to present | ||

Textbook & ReferencesTextbook : Bridge Engineering, 2nd Edition, D.E. Tonias and J.J. Zhao, McGrawHill References : AASHTO LRFD Specifications of Bridges KBDC(Korean Bridge Design Code), 2010 ※ All references are available in Structural Design Lab. Ask to TA. | ||

Week Plan1 Week. (Lecture) Introduction of course (Lecture) Overview of bridge engineering and relevant terminology2 Week. (Lecture) Design loads 3 Week. (Design practice) Load combinations (Design practice) Design loads in KBDC 4 Week. (Lecture) Review of Load combinations & Design loads in KBDC (Lecture) Design of reinforced concrete deck slab - LFD Method (Homework) Favorite bridges among Calatrava's work (Due to Oct.5) 5 Week. (Lecture) First step in using structural analysis software (Homework) Calculation of DF by transverse analysis (Due to Oct. 12) 6 Week. (Lecture) Design of a composite stringer-LFD Method (1/2) (Design practice) Design of reinforced concrete deck slab by KBDC (Homework) Re-designed product by KBDC (Due to Oct. 19) 7 Week. (Lecture) Design of a composite stringer-LFD Method (2/2) (Lecture) Design of a composite stringer-LRFD Method (1/3) 8 Week. (Lecture) Design of a composite stringer-LRFD Method (2/3) (Lecture) Design of a composite stringer-LRFD Method (3/3) 9 Week. (Design practice) Design of a composite stringer-KBDC (1/2) (Design practice) Design of a composite stringer-KBDC (2/2) (Homework) Re-designed product by KBDC (Due to Nov. 9) 10 Week. (Lecture) Influence lines for a three span continuous beam structure (Lecture) Computer-aided analysis of structures using Midas 11 Week. (Lecture) Design of a two-span continuous plate girder-LRFD (1/3) (Lecture) Design of a two-span continuous plate girder-LRFD (2/3) 12 Week. (Lecture) Design of a two-span continuous plate girder-LRFD (3/3) (Design practice) Introduction of term project: Design of a two-span continuous plate girder 13 Week. (Lecture) Fundamental structural dynamics (Lecture) Natural frequency and mode shapes 14 Week. (Lecture) Wind-resistant design of bridge (Design practice) Visit a wind-tunnel testing 15 Week. Presentations of term project and open discussions | ||

GradingAttendance-10% Assignment-30% Design Practice-30% Term Project-30% ※ No paper test. ※ A term project of bridge design will be given as a team project. ※ A series of assignments will be given in lecture classes. |