For the beams shown, draw the influence lines for the given functions. Use the beam sign convention for shear and moment. Determine the max- imum values of the functions due to (1) a concentrated moving load, and (2) a uniform live load, if indicated in the problem. 8.5 (a) reaction at A, (b) reaction at B, (c) shear at C, and (d) moment at C. (1) 9 KN, (2) 6 kN/m. A D 4m 5m Am Fig. P8.5

For the beams shown, draw the influence lines for the given functions. Use the beam sign convention for shear and moment. Determine the max- imum values of the functions due to (1) a concentrated moving load, and (2) a uniform live load, if indicated in the problem. 8.5 (a) reaction at A, (b) reaction at B, (c) shear at C, and (d) moment at C. (1) 9 KN, (2) 6 kN/m. A D 4m 5m Am Fig. P8.5

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

A solid circular bar ABCD with fixed sup-ports is acted upon by torques T0 and 2T0 at the loca-tions shown in the figure. (a) Obtain a formula for the maximum angle oftwist fmax of the bar.(b) What is fmax if the applied torque T0 at B isreversed in direction?
I need the answer as soon as possible
ASSIGNMENT I SIT 1. 100 км 12 км. Im 2m с 2m B EI = constant. D 3 kN/m 4m det. a.) GA b.) GE (.) 60 E d.) Sc e) Omax
2. Use the data below to calculate AH for the reaction N,0, + 3C0 –→ N,0 + 3C0, AH = ? - 110 - 393 + 81 + 9.7 CO N,0,
1. TY
Q/ Compute the prassure at point B in the Pipe of water if heigt h is: 0.3 m. and the difference heigh mercury In manometer is z = 0.4m
Answer using slope deflection method only, use the picture below as guide for the formulas. thanksShow your complete solution and draw fbd
Please show me a complete solution thank you need it asap. Thank youu
answer and show solution