Self consolidating concrete for precast prestressed concrete bridge elements
Of the courses offered in the College only those numbered 400 and above may be taken for graduate credit for this degree. Advanced topics in design of concrete structures; structural systems & bracing, two-way slab, walls, construction phase assessment, joints & ductility, design for fire, seismic design. The program provides breadth by requiring a program of coursework and depth through participation in research or design synthesis. The research or design synthesis effort is documented in a thesis that is presented and defended by the student at the final degree examination. Yield conditions, stress strain relations; plastic potential, hardening theories, torsion, bending, thick walled spherical and cylindrical shells under internal pressure; plane strain of perfectly plastic material. Thesis Option All students are encouraged to undertake the thesis option.
The degree requires a minimum of 12 credits in an approved technical program of studies, 9 credits of approved electives, 3 credits in XXX 700 (CEAS Graduate Seminar Course) and 6 credits of thesis. Critical study of actual engineering projects; introduction to existing design procedures and the basis for foundation recommendations.
Independent study courses (699 and 999) may be included in the minimum course credit requirements provided approval of the program of study including them has been obtained prior to registration in such courses.
Self consolidating concrete for precast prestressed concrete bridge elements comments