EduLadder(ELADR) - CRYPTO

This is designed to incentify community members as a proof of contribution token.


Using this You can,Buy courses,Reward others and exchange for real money.


WHITE PAPER COURSES

Real Problems! Real Experts!

Join Our Telegram Channel !


The Eduladder is a community of students, teachers, and programmers just interested to make you pass any exams. So we help you to solve your academic and programming questions fast.
In eduladder you can Ask,Answer,Listen,Earn and Download Questions and Question papers.
Watch related videos of your favorite subject.
Connect with students from different parts of the world.
Apply or Post Jobs, Courses ,Internships and Volunteering opportunity. For FREE
See Our team
Wondering how we keep quality?
Got unsolved questions? Ask Questions

Gate-2018-Mechanical-engineering-->View question

(Gate 2018 Mechanical engineering)A steel column of rectangular section (15 mm × 10 mm) and length 1.5 m is simply supported at both ends. Assuming modulus of elasticity, E = 200 GPa for steel, the critical axial load (in kN) is ____

A steel column of rectangular section (15 mm × 10 mm) and length 1.5 m is simply supported
at both ends. Assuming modulus of elasticity, E = 200 GPa for steel, the critical axial load
(in kN) is ____ (correct to two decimal places).


Asked On2019-05-31 12:24:16 by:gokilapriya

Taged users:


Likes:
Be first to like this question

Dislikes:
Be first to dislike this question
Talk about this  Like  Dislike
View all questions
Answers
Answer: Ranges between 1.00 to 1.20
A steel column of rectangular section (15 mm × 10 mm) and length 1.5 m is simply supported
at both ends. Assuming modulus of elasticity, E = 200 GPa for steel, the critical axial load
(in kN) is 1.0 to 1.20(correct to two decimal places).

Answerd on:2022-02-25 Answerd By:AanchalKumari

Likes:
Be first to like this answer

Dislikes:
Be first to dislike this answer
Talk about this  Like  Dislike

You might like this video:Watch more here

Watch more videos from this user Here

Learn how to upload a video over here



Lets together make the web is a better place

We made eduladder by keeping the ideology of building a supermarket of all the educational material available under one roof. We are doing it with the help of individual contributors like you, interns and employees. So the resources you are looking for can be easily available and accessible also with the freedom of remix reuse and reshare our content under the terms of creative commons license with attribution required close.

You can also contribute to our vision of "Helping student to pass any exams" with these.
Answer a question: You can answer the questions not yet answered in eduladder.How to answer a question
Career: Work or do your internship with us.Work with us
Create a video: You can teach anything and everything each video should be less than five minutes should cover the idea less than five min.How to upload a video on eduladder


Checkout our YouTube channel for video tutorials and learn more about Eduladder.

New updates
Searching for :ComputerDate:2022-07-06 00:47:51Done by:Anonymous user(Visitor)

Searching for :JavaScriptDate:2022-07-06 00:47:03Done by:Anonymous user(Visitor)

Searching for :NIFT-PGDate:2022-07-06 00:44:41Done by:Anonymous user(Visitor)

View All
Career 2.0

You might be intrested on below oppertunities Show me All

Show all

Similar Questions


(Gate 2018 Mechanical engineering)A steel column of rectangular section (15 mm × 10 mm) and length 1.5 m is simply supported at both ends. Assuming modulus of elasticity, E = 200 GPa for steel, the critical axial load (in kN) is ____
1 Answer

A square cross-section wooden column of length 3140 mm is pinned at both ends. For the wood, Young’s modulus of elasticity is 12 GPa and allowable compressive stress is 12 MPa. The column needs to support an axial compressive load of 200 kN. Using a factor of safety of 2.0 in the computation of Euler’s buckling load, the minimum cross-sectional area (in mm2) of the column is ______
0 Answer

the axial load carrying capacity of the column (in kN, up to one decimal place), is ______ (GATE-CIVIL-Engg-2018)
2 Answer

Using limit state method and neglecting the self weight of base plate and steel column, the length of a side of the base plate to be provided is (GATE-CIVIL-Engg-2018)
2 Answer

For a long slender column of uniform cross section, the ratio of critical buckling load for the case with both ends clamped to the case with both ends hinged is -Mechanical Engineering-gate-2012
1 Answer

For a typical grade of steel, the value of modulus of elasticity (E) and Poisson’s ratio (ν) are 208 GPa and 0.3 respectively. The value of shear modulus (G) of the steel (in GPa) is ……..
1 Answer

An RCC beam of rectangular cross section has factored shear of 200 kN at its critical section. Its width b is 250 mm and effective depth d is 350 mm. (GATE 2018 Civil engg)
0 Answer

The critical bending compressive stress in the extreme fibre of a structural steel section is 1000 MPa. It is given that the yield strength of the steel is 250 MPa, width of flange is 250 mm and thickness of flange is 15 mm. As per the provisions of IS:800-2007, the non-dimensional slenderness ratio of the steel cross-section is
0 Answer

A bimetallic cylindrical bar of cross sectional area 1 m2 is made by bonding Steel and Aluminium as shown in the figure. To maintain tensile axial strain of magnitude 6 10 in Steel bar and compressive axial strain of magnitude 6 10 in Aluminum bar, the magnitude of the required force P (in kN) along the indicated direction is (Gate 2018 Mechanical engineering)
0 Answer

A simply supported beam ABC is subjected to load as shown in the figure. The 20 kN load is applied at point B with the help of a welded bracket as shown. The beam has a rectangular cross-section of 15 mm width and 100 mm depth as shown. The maximum transverse shear stress developed in the beam (in MPa) is ........[up to one decimal place]
0 Answer

The ratio of the theoretical critical buckling load for a column with fixed ends to that of another column with the same dimensions and material, but with pinned ends, is equal to-Civil Engineering-gate-2012
1 Answer

A steel rod is fixed at one end and free at the other end. The coefficient of thermal expansion of the steel is α, and modulus of elasticity is E. If the temperature of the rod is increased by Δ􀜶 then the stress and strain developed in the rod are respectively
1 Answer

A rod of length L, cross-section area A₁ and modulus of elasticity E₁, has been placed inside a tube of length L, of cross-section area A₂ and modulus of elasticity E₂, and the two are firmly held by end plates. The portion of load P applied on the end plates shared by rod and tube, respectively, are
0 Answer

A column of height h with a rectangular cross-section of size a×2a has a buckling load of P. If the cross-section is changed to 0.5a × 3a and its height changed to 1.5h, the buckling load of the redesigned column will be (GATE-CIVIL-Engg-2018)
1 Answer

A cantilever beam of length 2 m with a square section of side length 0.1 m is loaded vertically at the free end. The vertical displacement at the free end is 5 mm. The beam is made of steel with Young’s modulus of 2.0×1011 N/m2 . The maximum bending stress at the fixed end of the cantilever is (GATE Civil engg 2018)
1 Answer

A sonometer wire of length 1.5 m is made of steel. The tension in it produce an elastic strain of 1%. What is the fundamental frequency of steel if density and elasticity of steel are 7.7 × 103 kg / m3 and 2.2 × 1011 N/m2 respectively ? - physics 2013
1 Answer

A simply supported beam of width 100 mm, height 200 mm and length 4 m is carrying a uniformly distributed load of intensity 10 kN/m. The maximum bending stress (in MPa) (Gate 2018 Mechanical engineering) in the beam is __________
1 Answer

The minimum axial compressive load, P, required to initiate buckling for a pinned-pinned slender column with bending stiffness EI and length L is (Gate 2018 Mechanical engineering)
0 Answer

A cantilever beam having a rectangular cross-section of width 60 mm and depth 100 mm, is made of aluminum alloy. The material mechanical properties are: Young’s modulus, E = 73 GPa and ultimate stress, 𝜎𝑢=480 MPa. Assuming a factor of safety of 4, the maximum bending moment (in kN-m) that can be applied on the beam is _____ (accurate to one decimal place). (GATE-Aerospace-Engineering-2018)
1 Answer

A column has a rectangular cross-section of 10mm x 20mm and a length of 1m. -gate-mechanical-2011
1 Answer

Notes

CE2352 DESIGN OF STEEL STRUCTURES

VTU SYLLABUS 2010 STRENGTH OF MATERIALS (COMMON TO CV/TR/EV/CTM) [10CV33] Engineering.

CE2201 MECHANICS OF SOLIDS

CE 2405 COMPUTER AIDED DESIGN & DRAFTING LABORATORY

CE2306 DESIGN OF RC ELEMENTS

CE 2042 STORAGE STRUCTURES

CE 2041 BRIDGE STRUCTURES

10me34 Mechanics of materials

GE2152 BASIC CIVIL & MECHANICAL ENGINEERING

CE 2043 DESIGN OF PLATE AND SHELL STRUCTURES