About Course
This course is structured for Civil engineering students to give them the concept and theory behind the reinforced concrete design.
In this course, the students will be able to understand the basic concepts behind RCD. The main topics that will be covered are Concrete, its ingredients, Why we neglect tensile strength, why we provide reinforcement, and finally, terms and concepts behind the singly reinforced beam and then the design problem.
Who this Reinforced Concrete Design course is for:
This course is made especially for civil engineering and civil technology students. Moreover, contractors, teachers, and consultants whose basic concepts are not clear can enroll in this course.
Course Content
Reinforced Concrete Design I
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Course Overview & Design Philosophies
00:00 -
Doubly-Reinforced Beams
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Doubly-Reinforced Beams
00:00 -
Doubly-Reinf. Beam [cont’d]
00:00 -
Shear Capacity Analysis
00:00 -
Shear Design: Distributed Loads
00:00 -
Shear Design: Distributed Loads [cont’d]
00:00 -
Shear Design: Concentrated Loads
00:00 -
Instantaneous Deflections
00:00 -
Instantaneous & Long-Term Deflecitons
00:00 -
Long-Term Deflections
00:00 -
Development Length
00:00 -
Development Length [cont’d]
00:00 -
Development Length of Hooks
00:00 -
T-Beam Design [cont’d]
00:00 -
T-Beams [cont’d]
00:00 -
Tributary Area & Gravity Loads
00:00 -
Gravity Loads
00:00 -
Material Properties & Cracking Moments
00:00 -
Cracking Moments [cont’d]
00:00 -
Transformed Sections
00:00 -
Nominal Moment Capacity
00:00 -
ACI Requirements for Beams
00:00 -
Economical Design of R.C. Beams
00:00 -
Design of R.C. Beams, Unknown Cross-Sections
00:00 -
Design of R.C. Beams, Unknown Cross-Sections [cont’d]
00:00 -
Design of R.C. Beams, Known Cross-Sections
00:00 -
One-Way Slab Design
00:00 -
T-Beam Analysis
00:00 -
ACI Requirements for Columns
00:00
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