Plot separate graphs of buckling load versus calculate the gradient of each line. Establish ratios between each end condition (taking the pinned-pinned condition as 1). and for ench end
Plot separate graphs of buckling load versus calculate the gradient of each line. Establish ratios between each end condition (taking the pinned-pinned condition as 1). and for ench end
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question

Transcribed Image Text:ed-fixed
NOTE
Do not continue to load the struts after the
buckling load has been reached otherwise the
struts will become permanently deformed!
Enter your results into Table 3.
TUAT2
Strut
Length
Buckling load
1/L2
number
(m2)
12,75
918
6,92
(mm)
(N)
-344
- 275
-195
- 154
- 119
PHE
1
280
330
380
4.
430
OFS
4,34
Table 3 Results for experiment 2 (fixed-fixed)
480
Plot separate graphs of buckling load versus 1/L and
calculate the gradient of each line. Establish ratios
between each end condition (taking the pinned-pinned
condition as 1).
Examine the Euler buckling formulae for each end
condition and confirm that the experimental and
theoretical ratios are similar.
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