Structural Analysis, SI Edition
6th Edition
ISBN: 9780357030981
Author: Aslam Kassimali
Publisher: Cengage Learning US
expand_more
expand_more
format_list_bulleted
Question
Chapter 12, Problem 7P
To determine
Find the approximate axial forces, shears, and moments for the all members of the frames using portal method.
Expert Solution & Answer

Want to see the full answer?
Check out a sample textbook solution
Students have asked these similar questions
I need solution by hand
I need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!
I need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!
Chapter 12 Solutions
Structural Analysis, SI Edition
Knowledge Booster
Similar questions
- I need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!arrow_forwardQ1: By using the PERT technique, the durations of the activities were calculated as shown in the table below, Draw an activity network for project by using Activity On Node (AON) method and find: 1. The project's total duration and date of completion and CP (assume the project start date is the 1st of June 2025)? 2. The overall variance of the project? 3. The probability of completing the project in 30 days? 4. The probability of completing the project in 22th of June 2025? 5. With a probability of 75%, what is the expected duration and date for completing the project? Activity Preceding activity K Optimistic duration (day) 4 Most likely duration (day) Pessimistic duration (day) 5 12 L 5 M K 5 11 8 17 11 N K 3 4 11 0 L 2 3 10 P M,N 4 7 10 Q N 3 7 17 R N,O 6 9 18 S P,Q,R 1 3 5arrow_forwardI need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!arrow_forward
- I need solution by handarrow_forwardQ2: For the activities shown in the table below, it is required to reduce the total duration of the project four days by using crash program and network diagram, If you knew that indirect costs is 150 S/day and the delay fine is 100 $/day after the 14th day. Find new cost after crashing the project four days? Activity Preceding Normal Program Crash Program activity Duration (days) Direct Cost (S) Duration (days) Direct Cost (S) A 5 600 3 950 B - 4 200 3 500 C A 5 300 4 500 D A 2 600 1 615 E B 6 900 5 1025 800 3 F C 4 700 450 G D 4 400 3 700 3 700 1400 3 H E 2 600 I F,G,H 4 5000 Σ (40 px) good luck)arrow_forwardI need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!arrow_forward
- Determine the stiffness matrix of the frame as shown in Fig. 4. Nodes 1 and 3 are fixed supports. Assume I = 300(10^6) mm4, A = 10(10^3) mm2, E = 200 GPa for each member. Indicate the degrees-of freedom in all the stiffness matrices. Use the values of L3=2.5m, L4=4.5m, w=12kN/m and P=10kN. Please show all working and explain how the code numbers for global matrix are determined in detail.arrow_forwardI need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!arrow_forwardI need detailed help solving this exercise from homework of Engineering Mathematics II.I do not really understand how to do, please do it step by step, not that long but clear. Thank you!P.S.: Please do not use AI, thanks!arrow_forward
- Consider the cross-section shown below. Assume the cross-section is subjected to an external axial force of 300 kN applied at the origin of the reference system shown (the origin is located at mid-height of the section). Note that the flanges have different thicknesses. Assume linear-elastic material properties and the section to be made of steel with elastic modulus E = 200 GPa. 110 4y 14 70 10 X 96 70 30 110 Notes: All dimensions in mm Sketch not to scale (i) Determine the strains and stresses induced in the cross-section by applying the cross-sectional analysis presented in the lecture notes. Provide all steps of your numerical calculations. (ii) Sketch the strain and stresses diagram based on the values calculated at point (i).arrow_forwardConsider the building floor layouts illustrated below. These are referred to as Floor Layout A and Floor Layout B. Assume the floor to be built with composite steel-concrete construction (i.e. it is a composite steel-concrete floor). concrete core typical column Floor Layout A concrete core perimeter of the building floor perimeter of the building floor Floor Layout B (i) Provide two qualitative floor layouts for the primary and secondary beams for the Floor Layout A (Floor Layout A is shown above). Make sure to clearly draw the 2 floor layouts highlighting primary and secondary beams. Comment on the advantages and disadvantages of the two floor layouts with respect to one another. (ii) Consider Floor Layout B (Floor Layout B is shown above) and sketch one qualitative floor layout in which you provide qualitative locations of the columns, primary beams and secondary beams. Comment on the benefits of your selection of the positions of the beams and columns. Feel free to introduce any…arrow_forwardConsider the two composite columns shown below and denoted as columns 1 and 2. These columns have same gross area but differ in the geometries of the steel and concrete components. In particular, the square steel hollow section in section A-A (for column 1) has thickness of t, while the square steel hollow section in section B-B (for column 2) has thickness of 2t. a t t Column 1 steel steel concrete concrete B B Column 2 2t 2t 2t 2t a a Section A-A (for column 1) a Section B-B (for column 2) Assume that these columns are subjected to the same sustained load Po applied at time to and maintained constant afterwards (see time axis below). РА Ро 0 time Provide a qualitative description of the variation over time due to creep effects (do not consider shrinkage effects in this question) of the following variables for each of the two columns considered (i.e. columns 1 and 2): 1) deformations in the concrete 2) deformations in the steel 3) stresses in the concrete 4) stresses in the steel For…arrow_forward
arrow_back_ios
SEE MORE QUESTIONS
arrow_forward_ios
Recommended textbooks for you
