MEMB453
NONDESTRUCTIVE TESTING (NDT)
EDDY CURRENT
INTRODUCTION AND PRINCIPLES
ET2/2
Eddy Current Testing
Eddy Current Testing
Introduction
Principles of Eddy Current
Induction and Inductance
Effects of Discontinuities
Depth of Penetration/Skin Effect
Inst
MEMB453
NONDESTRUCTIVE TESTING (NDT)
EDDY CURRENT
ET2/2
Eddy Current Testing
Eddy Current Testing
Introduction
Principles of Eddy Current
Induction and Inductance
Effects of Discontinuities
Depth of Penetration/Skin Effect
Instrumentation & Methods
Probes
MEMB453
NONDESTRUCTIVE TESTING (NDT)
EDDY CURRENT
INSTRUMENTATION AND METHODS
ET2/2
Eddy Current Testing
Eddy Current Testing
Introduction
Principles of Eddy Current
Induction and Inductance
Effects of Discontinuities
Depth of Penetration/Skin Effect
Inst
RT2/1
Radiography Testing
MEMB453
NONDESTRUCTIVE TESTING (NDT)
RADIOGRAPH PRODUCTION
RT2/2
Radiography Testing
Properties of Ionizing Radiation
Film and Film Processing
Units
RT2/3
Radiography Testing
Absorption of x-ray / gamma ray
All x-rays are absorb
RUBRICS
COE | UNITEN
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UT2/1
UltrasonicTesting
MEMB453
NONDESTRUCTIVE TESTING (NDT)
ULTRASONIC TESTING
UT2/2
UltrasonicTesting
Inspection Methods
Data Presentation
Interpretation and Evaluation
UT2/3
UltrasonicTesting
Methods
UT is typically performed using one of the
following
Magnetic Particle Testing.
General Procedures
General Procedures
Magnetization
Calibration
Demagnetization
SMLP2/1
Magnetic Particle Testing.
SMLP2/2
General Procedures
CRITERIA FOR SUCCESFULL INSPECTION
Due to many conditions that can and do
restrict
Magnetic Particle Testing.
Advantages and Disadvantages
Advantages
It is the best method and most reliable
method available for finding surface and
sub-surface cracks, especially very fine
and shallow ones.
It is rapid and simple to operate.
The indica
JADUAL DEMONSTRASI KAEDAH-KAEDAH UJIAN TANPA MUSNAH ( NDT)
UNTUK PELAJAR-PELAJAR KOLEJ KEJURUTERAAN UNITEN MEKANIKAL SESI
SEMESTER 2 2016/2017
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1
RT
E D F A
Tempat
pm
R
am
S
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I
Disiplin/Hari
am
13/1/
pm
12/1
am
11/1
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10/1
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9/1
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Tarikh
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UT2/1
UltrasonicTesting
MEMB453
NONDESTRUCTIVE TESTING (NDT)
ULTRASONIC TESTING
UT2/2
UltrasonicTesting
Inspection Methods
Data Presentation
Interpretation and Evaluation
UT2/3
UltrasonicTesting
Methods
UT is typically performed using one of the
following
Magnetic Particle Testing.
SMLP2/1
Applications
The method can be used on any
ferromagnetic materials, though not in all
cases with equal effectiveness. It works
best on steel and alloys that have a high
permeability. The method also works quite
well on
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-41-1
PROBLEM 3-41
Statement:
Find the three geared fivebar cognates of the linkage in Figure P3-11.
Given:
Link lengths:
Solution:
1.
Coupler point data:
Ground link
L1
2.22
Crank
L2
0.86
Coupler
L3
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-24-1
PROBLEM 3-24
Statement:
Draw the Roberts diagram and find the cognates for the linkage in Figure P3-9.
Given:
Link lengths:
Solution:
1.
Coupler point data:
Ground link
L1
2.22
Crank
L2
1.0
Cou
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-37-1
PROBLEM 3-37
Statement:
Draw the Roberts diagram and find the cognates for the linkage in Figure P3-10.
Given:
Link lengths:
Solution:
1.
Coupler point data:
Ground link
L1
0.544 Crank
L2
0.785
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-19-1
PROBLEM 3-19
Statement:
Design a pin-jointed linkage that will guide the forks of the fork lift truck in Figure P3-5 up and
down in an approximate straight line over the range of motion shown. Ar
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-20-1
PROBLEM 3-20
Statement:
Figure P3-6 shows a "V-link" off-loading mechanism for a paper roll conveyor. Design a pinjointed linkage to replace the air cylinder driver that will rotate the rocker ar
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-21-1
PROBLEM 3-21
Statement:
Figure P3-7 shows a walking-beam transport mechanism that uses a fourbar coupler curve,
replicated with a parallelogram linkage for parallel motion. Note the duplicate cra
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-25-1
PROBLEM 3-25
Statement:
Find the equivalent geared fivebar mechanism cognate of the linkage in Figure P3-9.
Given:
Link lengths:
Solution:
1.
Coupler point data:
Ground link
L1
2.22
Crank
L2
1.
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-17-1
PROBLEM 3-17
Statement:
Design a Watt-I sixbar to give parallel motion that follows the coupler path of point P of the linkage
in Figure P3-4.
Given:
Link lengths:
Solution:
1.
Coupler point data
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-15-1
PROBLEM 3-15
Statement:
Figure P3-4 shows a non-Grashof fourbar linkage that is driven from link O2A. All dimensions are in
centimeters (cm).
(a)
(b)
(c)
(d)
Given:
Solution:
1.
Find the transmis
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-18-1
PROBLEM 3-18
Statement:
Design a Watt-I sixbar to give parallel motion that follows the coupler path of point P of the linkage
in Figure P3-4 and add a driver dyad to drive it over its possible r
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-14-1
PROBLEM 3-14
Statement:
Figure P3-3 shows a treadle-operated grinding wheel driven by a fourbar linkage. Make a
model of the linkage to any convenient scale. Determine its minimum transmission
an
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-16-1
PROBLEM 3-16
Statement:
Draw the Roberts diagram for the linkage in Figure P3-4 and find its two cognates. Are they
Grashof or non-Grashof?
Given:
Link lengths:
Solution:
1.
Coupler point data:
G
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-43-1
PROBLEM 3-43
Statement:
Draw the Roberts diagram and find the cognates for the linkage in Figure P3-12.
Given:
Link lengths:
Solution:
1.
Coupler point data:
Ground link
L1
1.82
Crank
L2
0.72
C
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-13-1
PROBLEM 3-13
Statement:
Design a sixbar double-dwell linkage for a dwell of 90 deg of crank motion, with an output of rocker
motion of 60 deg, followed by a second dwell of about 60 deg of crank
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-11-1
PROBLEM 3-11
Statement:
Find the three equivalent geared fivebar linkages for the three fourbar cognates in Figure 3-25a.
Check your results by comparing the coupler curves with programs FOURBAR
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-27-1
PROBLEM 3-27
Statement:
Use the linkage in Figure P3-9 to design an eightbar double-dwell mechanism that has a slider
output stroke of 5 crank units.
Given:
Link lengths:
Solution:
1.
Coupler poi
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-39-1
PROBLEM 3-39
Statement:
Find the Grashof condition, any limit positions, and the extreme values of the transmission angle
(to graphical accuracy) of the linkage in Figure P3-11.
Given:
Link lengt
Kinematics and Dynamics of Machinery
SOLUTION MANUAL 3-12-1
PROBLEM 3-12
Statement:
Design a sixbar, single-dwell linkage for a dwell of 90 deg of crank motion, with an output rocker
motion of 45 deg.
Given:
Crank dwell period: 90 deg.
Output rocker motio