The buckling load in a steel column is -

Dnyan Deshmukh

Staff member

Pune

• Jan 17, 2018

• #1

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the length

(d) Non-linear by related to the slenderness ratio.

The correct Answer Is
(d) Non-linear by related to the slenderness ratio

 

• 

Reactions: Sumit Civil

Erayaz71

Newbie

Jammu

• May 21, 2018

• #2

Don’t know about this just cheking it. Forcing to register

 

Ranvijay

Newbie

Lucknow

• May 21, 2018

• #3

Dnyan Deshmukh said:

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the length

(d) Non-linear by related to the slenderness ratio.

Click to expand...

Non linear by related to the slendarness ration

 

Nitts02

Newbie

Mumbai

• May 22, 2018

• #4

(b) Inversely proportional to the slenderness ratio.

As we know
A short column under the action of an axial load will fail by direct compression before it buckles, but a long column loaded in the same manner will fail by springing suddenly outward laterally (buckling) in a bending mode. The buckling mode of deflection is considered a failure mode, and it generally occurs before the axial compression stresses (direct compression) can cause failure of the material by yielding or fracture of that compression member. However, intermediate-length columns will fail by a combination of direct compressive stress and bending.

 

moh069

Newbie

NEW DELHI

• Sep 13, 2018

• #5

Dnyan Deshmukh said:

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the length

(d) Non-linear by related to the slenderness ratio.

Click to expand...

b

 

B

Baral Prabhat

Junior Member

Kathmandu

• Jul 4, 2019

• #6

A

 

veera1234

Apprentice

anantapur

• Jul 5, 2019

• #7

what is slenderness

 

Philip Okore Ahonobadha

Newbie

Kisumu

• Jul 9, 2019

• #8

Dnyan Deshmukh said:

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the length

(d) Non-linear by related to the slenderness ratio.

Click to expand...

D

 

Gdeepsingh516

Junior Member

India

• Jul 27, 2019

• #9

Dnyan Deshmukh said:

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the length

(d) Non-linear by related to the slenderness ratio.

Click to expand...

A

 

Dolo Iddrissa

Newbie

Accra-Ghana

• Aug 7, 2019

• #10

B. Inversely proportional to the slenderness ratio

 

Abhiaman

Newbie

Ujjain

• Aug 16, 2019

• #11

Dnyan Deshmukh said:

The buckling load in a steel column is -

(a) Directly proportional to the slenderness ratio

(b) Inversely proportional to the slenderness ratio

(c) Related to the leoptioon c
ngth

(d) Non-linear by related to the slenderness ratio.

Click to expand...

The correct Answer Is
(d) Non-linear by related to the slenderness ratio

 

S

sane123

Active Member

Home

• Nov 29, 2019

• #12

The correct Answer Is
(d) Non-linear by related to the slenderness ratio

 

P

PEN15

Newbie

kolicay

• Jan 4, 2020

• #13

The correct Answer Is
(d) Non-linear by related to the slenderness ratio

 

P

PEN15

Newbie

kolicay

• Jan 4, 2020

• #14

can anyone explain how the answer is d ???????????????????????

 

Him

Newbie

JABALPUR

• Aug 8, 2020

• #15

Inversally proportion to slenderness ratio
P = pi^2 * E * A /(le/k)^2