CE 413 Lecture 01: Course Overview & Design Philosophies (2019.01.14)

CE 413 Lecture 02: Tributary Area & Gravity Loads (2019.01.16)

CE 413 Lecture 03: Gravity Loads [cont'd] (2019.01.18)

CE 413 Lecture 05*: Material Properties & Cracking Moments (2019.01.25)

CE 413 Lecture 07: Cracking Moments [cont'd] (2019.01.30)

CE 413 Lecture 08: Transformed Sections (2019.02.01)

CE 413 Lecture 09: Nominal Moment Capacity (2019.02.04)

CE 413 Lecture 10: ACI Requirements for Beams (2019.02.06)

CE 413 Lecture 11: Economical Design of R.C. Beams (2019.02.08)

CE 413 Lecture 12: Design of R.C. Beams, Unknown Cross-Sections (2019.02.11)

CE 413 Lecture 13: Design of R.C. Beams, Unknown Cross-Sections [cont'd] (2019.02.13)

CE 413 Lecture 14: Design of R.C. Beams, Known Cross-Sections (2019.02.15)

CE 413 Lecture 15: One-Way Slab Design (2019.02.18)

CE 413 Lecture 16: T-Beam Analysis (2019.02.20)

CE 413 Lecture 17: T-Beams [cont'd] (2019.02.22)

CE 413 Lecture 21a: T-Beam Design [cont'd] (2019.03.04)

CE 413 Lecture 21b: Doubly-Reinforced Beams (2019.03.04)

CE 413 Lecture 22: Doubly-Reinforced Beams (2019.03.06)

CE 413 Lecture 23: Doubly-Reinf. Beam [cont'd] (2019.03.08)

CE 413 Lecture 24: Shear Capacity Analysis (2019.03.11)

CE 413 Lecture 25: Shear Design: Distributed Loads (2019.03.13)

CE 413 Lecture 26: Shear Design: Distributed Loads [cont'd] (2019.03.15)

CE 413 Lecture 27: Shear Design: Concentrated Loads (2019.03.18)

CE 413 Lecture 30: Instantaneous Deflections (2019.04.01)

CE 413 Lecture 31: Instantaneous & Long-Term Deflecitons (2019.04.03)

CE 413 Lecture 32: Long-Term Deflections (2019.04.05)

CE 413 Lecture 33: Exam #2 Review (2019.04.08)

CE 413 Lecture 35: Development Length (2019.04.12)

CE 413 Lecture 36: Development Length [cont'd] (2019.04.15)

CE 413 Lecture 38: Development Length of Hooks (2019.04.19)

CE 413 Lecture 39: ACI Requirements for Columns (2019.04.22)

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