What You Will Learn!
- INTRODUCTION.
- ASSUMPTIONS.
- SIGN CONVENTIONS.
- DERIVATION OF SLOPE DEFLECTION EQUATIONS.
- NUMERICALS ON BEAMS AND FRAMES.
Description
1. ANALYSIS OF CONTINUOUS BEAMS: Introduction, Sign convention, Development of slope-deflection equations, Analysis of continuous beams without support settlement and rotation.
Numerical Without Settlement and Rotation:
Continuous beam with fixed support at both ends.
Continuous beam with fixed support at one end and hinge/roller at other.
Continuous beam with fixed support at both end and overhang at other.
Continuous beam with three span.
2. ANALYSIS OF CONTINUOUS BEAMS: Introduction, Sign convention, Development of slope-deflection equations, Analysis of continuous beams with support settlement and rotation.
Numerical With Settlement and Rotation:
Continuous beam with fixed support at both ends.
Continuous beam with fixed support at one end and hinge/roller at other.
Continuous beam with fixed support at both end and overhang at other.
Continuous beam with three span.
3. ANALYSIS OF RIGID FRAMES: Introduction, Sign convention, Development of slope-deflection equations, Analysis of rigid frames without subjected to sway.
Numerical Without Sway:
Frames with uniform loading.
Frames with same support on column.
Frames with axis of symmetry.
Frames without axis of symmetry.
4. ANALYSIS OF RIGID FRAMES: Introduction, Sign convention, Development of slope-deflection equations, Analysis of rigid frames with subjected to sway.
Numerical Without Sway:
Frames with uniform loading.
Frames with same support on column.
Frames with axis of symmetry.
Frames without axis of symmetry.
Who Should Attend!
- ALL THE CIVIL ENGINEERING STUDENTS AND GRADUATES.