A 10 kN post is applied to the fixed-supported steel post as shown in the figure.The post has a constant diameter of 100 m. The yield strength of the materialused is 250 MPa. Compute the following:10KN0.5m+21.5m+ZFigure 2+XA. The principal stresses acting at point A.B. The Von-mises equivalent stress at point A.+XC. The factor of safety with respect to yielding at point A based on MaximumDistortion Energy Theory.

GivenFZ=10 kNNote - post diamter 100m too much large as compare to its length 1.5m. It must be 100mm…

A 10 kN post is applied to the fixed-supported steel post as shown in the fig The post has a constant diameter of 100 m. The yield strength of the materi used is 250 MPa. Compute the following: 10kN 0.5m +X

A 10 kN post is applied to the fixed-supported steel post as shown in the fig The post has a constant diameter of 100 m. The yield strength of the materi used is 250 MPa. Compute the following: 10kN 0.5m +X

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A tensile load of 20 kN is applied on a wire made of a copper alloy having an elastic modulus of 120 GPa and an original diameter of 5.8 mm. Compute the resultant elongation if the original length of the wire is 10 m.
A reinforced concrete column is constructed of 12 1-in-diameter steel rods. Calculate the force maximum allowable P that can be applied to the column if the allowable stresses are 12 kpsi in steel and 1200 psi in concrete. Esteel = 29 Mpsi, Econcrete = 3.6 Mpsi. Answer A reinforced concrete column is constructed of 12 1-in-diameter steel rods. Calculate the force maximum allowable P that can be applied to the column if the allowable stresses are 12 kpsi in steel and 1200 psi in concrete. Esteel = 29 Mpsi, Econcrete = 3.6 Mpsi. Answer: 560 kips.
A composite section 2 m in length, consisting of a steel tube with outer diameter 24 mm and thickness 3 mm, encloses a solid copper bar 18 mm diameter. An axial compressive load of 250 KN is applied on the assembly. Young’s modulus for steel and copper are taken as 2 x 105 N/mm2and 1 x 105N/mm2respectively. Calculate the stresses developed in steel and copper. Also calculate the load taken by both the materials.
Read the question carefully and give me the right solution with clear calculations step by step
An idealized model of a thin-walled convertible car body cross-section is shown in figure Q16. The effect of doors and windows has been ignored. The car has vertical side walls of thickness t1 and length 1 m and a horizontal base of thickness t2 and length 1.9 m. It is constructed from aluminium with a shear modulus of 24 GPa. t₁ = 15 mm t2 = 15 mm a. For this open section determine the torsional stiffness? Give your answer to 3 significant figures in Pa m4 and non-scientific notation e.g. 10000 rather than 10e05. Do not include units in your answer Note that for an open section, the total area moment JT is the sum over all plates i as given by equation (1) below. Ir = = = Ei bit? Torsional stiffness = GJT t₂ 1.9 m 1m Figure Q16 - idealised model of a thin-walled convertible car body
AB and CD caps of the same material are tightly fitted on both ends of the 24 mm diameter AD steel bar. a) Find the pull force P that will make the total elongation of the system 0.04 mm. b) Calculate the extension amount of BC part by the force P you found. Take the elastic modulus E = 200 GPa. 36mm 24mmr 36mm 48mm D 28mm
Please read the instructions carefully and do what are asks. Illustrate and show the COMPLETE SOLUTIONS.
2. A composite spring has two closed coiled springs connected in series, each spring has 12 coils at a mean diameter of 25mm. Find the wire diameter for one if the other is of 2.5mm diameter and the stiffness of the composite spring is 700N/m. Estimate the greatest load that can be carried by the composite spring, and the corresponding extension, for a maximum shear stress of 180MPa. Take G=80GPa.
Reg.no: 5395 MOS-2
Strength material
A steel bar of 30 mm * 30 mm square cross section is subjected to an axial compressive load of 300KN. If the length of the bar is 3m and E=200GPa find contraction of the bar.
A hollow compression member with circular cross section having outer diameter 2 times the inner diameter and ultimate tensile strength 650 MPa is subjected to an axial load of 50KN and F.S of 5. Find the inner diameter.