Problem 885 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 08:56 pm

Problem 885
Solve for the support moments in Problem 825 if the ends are perfectly fixed instead of simply supported.
 

825-continuous-beam.gif

 

Problem 884 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 08:51 pm

Problem 884
Compute the moments over the supports of the beam shown in Fig. P-856.
 

856-overhanging-fixed-beam.gif

 

Problem 882 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 08:26 pm

Problem 882
Compute the moments over the supports of the beam shown in Fig. P-849.
 

849-fixed-continuous.gif

 

Problem 881 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 08:21 pm

Problem 881
Compute the moments over the supports of the beam shown in Fig. P-846.
 

846-continuous-beam-with-one-end-fixed.gif

 

Problem 880 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 06:46 pm

Problem 880
Compute the moments over the supports of the beam shown in Fig. P-845.
 

845-continuous-beam-overhang-fixed.gif

 

Problem 879 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 06:35 pm

Problem 879
Using moment-distribution method, solve for the moments over supports R2 and R3 of the continuous beam in Figure P-827.
 

827-continuous-beam.gif

 

Problem 878 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 06:26 pm

Problem 878
Using moment-distribution method, solve for the moments over supports R2 and R3 of the continuous beam in Figure P-826.
 

826-continuous-beam.gif

 

Problem 877 | Continuous Beam by Moment Distribution Method Jhun Vert Sat, 04/25/2020 - 04:08 pm

Problem 877
By means of moment-distribution method, solve the moment at R2 and R3 of the continuous beam shown in Fig. P-815.
 

815-continuous-beam-triangular-concentrated-loads.gif

 

The Moment Distribution Method

Moment distribution is based on the method of successive approximation developed by Hardy Cross (1885–1959) in his stay at the University of Illinois at Urbana-Champaign (UIUC). This method is applicable to all types of rigid frame analysis.
 

Carry-Over Moment
Carry-over moment is defined as the moment induced at the fixed end of a beam by the action of the moment applied at the other end.
 

008-carry-over-moment.gif