StudentShare solutions
Triangle menu

Deflection of a Loaded Cantilever - Math Problem Example

Nobody downloaded yet

Extract of sample
Deflection of a Loaded Cantilever

3) To improve the agreement between the theoretical and measured value following care should be taken : a) LVDT or DTI instrument should accurate and it should be kept at proper place, b) readings should be taken more carefully, c) the measure may be taken in air conditioned lab so as to keep the environmental effects to minimum.
Test No.
Load (N)
Deflection at pt. B


(0.001")
1
0
0
2
5
20
3
10
40
4
15
60
5
20
81
6
25
101
7
30
120




Test No.
Load (N) at pt. C
Maximum strain
Minimum strain


at pt. A
at pt. A
1
0
0
0
2
5
77.13
-14.14
3
10
150.74
-35.75
4
15
225.74
-60.48
5
20
361.44
-95.45
6
25
436.32
-117.33
7
30
452.02
-124.03






















Test No.
Load (N)
Theoretical


Deflection y at pt. B (0.001")
1
0
0
2
5
17
3
10
31
4
15
51
5
20
68
6
25
85
7
30
102



Test No.
Load (N) at pt. C
Theoretical
Theoretical


Maximum strain
Mi ...Show more

Summary

1) There is very little difference between the theoretical and the measured results. There is good agreement in the theoretical and measured results though in all cases the measured results are more than the theoretical results.
2) The difference in theoretical and measured results can be due to the following reasons: a) The LVDT or DTI used to measure the deflection may not be 100% accurate, b) there are human errors while measurement, c) the surrounding temperature also causes the changes in the readings.
Author : yhansen
Deflection of a Loaded Cantilever essay example
Read Text Preview
Save Your Time for More Important Things
Let us write or edit the math problem on your topic
"Deflection of a Loaded Cantilever"
with a personal 20% discount.
Grab the best paper

Check these samples - they also fit your topic

Structures, Fluid Mechanics, Materials, and Soil Mechanics

Prestressing is normally accomplished in 3 ways which are: pre-tensioned concrete, followed by bonded and the unbonded and post-tensioned concrete.Pre-tensioned concrete is then cast all around the already tensioned tendons. The pickled concrete sticks to and also ties itself with the bars.

11 pages (2500 words) Math Problem
Loaded Spring Oscillator, Hooke's Law
The phenomenon of simple harmonic motion is described by the motion of mass on a spring subjected to the linear elastic restoring force in accordance to Hook’s Law. It demonstrates a single resonant frequency and is sinusoidal in time. Through Fourier analysis technique the motion provides a basis for characterization of more complicated motions.
4 pages (1000 words) Assignment
Vibration of Continous Media
Assuming f(x) is a real valued function, the function defined by lim{h right 0}{{f(x+h)~-~f(x)}/{h}} For this function, if the derivative exists at each point along the curve, then f’(x) = lim{h right 0}{{f(x+h)~-~f(x)}/{h}} This definition of derivative of f(x) is the First Principle of Derivatives.
20 pages (5000 words) Essay
Structural design for serviceability
Ultimate limit state keeps the safety of the structure under control and must be met. On the contrary, serviceability issues involve people and the object's response to the behaviour of structure under load, and it should be met. As standards advance toward probability-based limit state design methods, serviceability issues are expected to become an integral part of design consideration.
2 pages (500 words) Thesis
Mohrs Circle and Strain Gauge Rosette
In this experiment, mechanical estimations of the principal strains as well as the direction of maximum strain shall be effected through the use of readings derived from a strain gauge rosette, and the resultant construction of the Mohr's Circle. The Mohr's Circle will provide the visual means by which the principal strains may be graphically estimated and assessed for accuracy by comparing the results derived therefrom to results computed by theoretical means.
6 pages (1500 words) Lab Report
Structural design for serviceability
Ultimate limit state keeps the safety of the structure under control and must be met. On the contrary, serviceability issues involve people and the object’s response to the
2 pages (500 words) Thesis
Part 1 - Loaded spring oscillator, Part 2 - Hookes Law
It demonstrates a single resonant frequency and is sinusoidal in time. Through Fourier analysis technique the motion provides a basis for characterization
4 pages (1000 words) Assignment
Mechanical
The procedure was repeated by adding a mass of 0.5 kg up to 4 kg and each deflection recorded. From the experiment, the experimental values for deflection are higher than the theoretical values. The difference in both values is due to
5 pages (1250 words) Coursework
Eccentrically loaded tie
Nonetheless, loading condition was often the combination of flexural and axial loads. That is the eccentrically loaded utilized in this lab experiment was a case of joint loading as an
7 pages (1750 words) Lab Report
Unsymmetrical Bending of a Cantilever
The results from the above calculations are put in Table 1 as shown (units being mmg-1) followed by converting the values to mN-1, which is considered as the fundamental unit. From this, the Mohr’s circle is constructed by plotting dU/dP against dV/dP. The major
2 pages (500 words) Lab Report
Hire a pro to write
a paper under your requirements!
Win a special DISCOUNT!
Put in your e-mail and click the button with your lucky finger
Your email
YOUR PRIZE:
Apply my DISCOUNT
Comments (0)
Click to create a comment