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Non-Destructive Testing (NDT) Consists of a variety of non-invasive inspection techniques used to evaluate material properties, components, or entire process units. The techniques can also be utilized to detect, characterize, or measure the presence of damage mechanisms (e.g. corrosion or cracks). NDT is also commonly referred to as nondestructive examination (NDE), nondestructive evaluation (NDE), and nondestructive inspection (NDI). Many NDT techniques are capable of locating defects and determining the features of the defects such as size, shape, and orientation. The purpose of NDT is to inspect a component in a safe, reliable, and cost effective manner without causing damage to the equipment or shutting down plant operations. This is in contrast to destructive testing where the part being tested is damaged or destroyed during the inspection process. NDT can be performed during or after manufacture, or even on equipment that is in service. In manufacturing, NDT inspections determine if parts are fit for a desired function. In other words, parts are inspected to ensure they will last a certain amount of time or cycles before failure. During operation, NDT inspections can be used to asses the current damage state of equipment, monitor damage mechanisms, and make informed decisions for remaining equipment life evaluations (e.g., RBI, FFS).
Content:-
1. OVERVIEW OF NON-DESTRUCTIVE TESTING AND EVALUATION METHODS:MAGNETIC PARTICLE TESTING
2. DETERMINING STATIC TORQUE CHARACTERISTICS OF PERMANENT MAGNET STEP MOTOR
3. ELECTRICAL IMPEDANCE TOMOGRAPHY – FROM THE BASICS TO RECENT ADVANCES
4. THE USE OF CALCULATING FUNCTION FOR THE EVALUATION OF AXIAL FORCE BETWEEN TWO COAXIAL DISK COILS
5. COMPUTATIONAL ELECTROMAGNETICS - REVIEW AND TRENDS
6. PROTECTING SIGNALS FROM EMI - CROSSTALK ANALYSIS
7. SINGLE WIRE GROUNDING ELECTRODE IN THE PRESENCE OF SEMI-SPHERICAL INHOMOGENITY
8. RADIOWAVE PROPAGATION FUNDAMENTALS AND ATTENUATION APPROXIMATION
9. HELICAL ANTENNA DESIGN FOR HIGH-SPEED WIRELESS INTERNET
10. NUMERICAL SOLVING OF ELECTROSTATIC PROBLEMS OF TWO WIRE LINES
11. AN APPLICATION OF GENETIC ALGORITHM TO THE INDUCTIVE ANGULAR DISPLACEMENT TRANSDUCER OPTIMIZATION
12. CALCULATION OF MAGNETIC FLUX DENSITY USING Maxwell 3D VERSION 10
13. COMBININING ELECTROMAGNETIC FIELD COMPUTATION WITH CIRCUIT SIMULATION TO DESIGN MICROWAVE AMPLIFIERS
14. INFLUENCE OF UNCOATED AND PLASTIC COATED METALLIC SHEATHED CABLES ON THE DISTRIBUTION OF THE ELECTRIC POTENTIALS IN URBAN AREA NEAR HIGH VOLTAGE SUBSTATIONS
15. PLANE-WAVE DIFFRACTION FROM AN ASYMMETRICAL DOUBLE STRIP GRATING
16. TRANSITION BETWEEN COPLANAR WAVEGUIDES AND MICROSTRIPLINES WITH INTEGRATED BOND-WIRES
17. POSITIVE DC NON-LINEAR CORONA DESIGN
18. SEGMENTAL PM DC MOTOR OPTIMIZATION USING PARALLEL GENETIC ALGORITHM
19. COMPARISON OF DIFFERENT FORMULATIONS AND TECHNIQUES FOR 3D STATIC FORCE COMPUTATION OFAT-SHAPED ELECTROMAGNET
20. NEWAPPROACHES TO MODELING OF LIGHTNING ELECTROMAGNETIC FIELD
21. EMF MEASUREMENTS IN THE BTS CELLULAR STATIONS OF VODAFONE ALBANIA
22. ATTEMPT OF REALIZATION 3-LEVEL-STEP CONTROLLER WITH PID BEHAVIOR
23. THE INFLUENCE OF POWER SYSTEMS ON TELECOMMUNICATION SYSTEMS
24. SIMPLIFICATIONS OF SYNCHRONOUS MACHINE PARAMETERS IN STABILITY STUDIES AND REACTIVE CAPABILITY LIMITS
25. PARALLEL GENETIC ALGORITHM OPTIMIZATION OF DIE PRESS
26. QUASI-STATIC CLOSED-FORM GREEN’S FUNCTIONS OFA HORIZONTAL HERTZIAN DIPOLE IN HOMOGENOUS SOIL
27. PERMANENT MAGNET HOMOGENEOUSLY MAGNETIZED
ALONG ITS AXES
28. ELECTROSTATIC FIELD ANALYSIS IN DIELECTRIC BODY WITH CAVITY
29. RING CROSS-SECTION SHAPE INFLUENCE ON
“SATURN” CAPACITOR CAPACITANCE
30. CALCULATION OF CURRENT DENSITY DISTRIBUTION IN THE CONDUCTOR WITH RECTANGULAR CROSS-SECTION IN THE FERROMAGNETIC BLOCK GROOVE
31. FRACTAL ANTENNAS: DESIGN, CHARACTERISTICS AND APPLICATION
32. BIOLOGICAL EFFECTS OF LOW-FREQUENCY ELECTROMAGNETIC FIELDS PRODUCED BY POWER LINES
33. EQUIVALENT ELECTRODES METHOD APPLICATION ON ANISOTROPIC STRIPLINES CALCULATIONS
34. CYMOMOTIVE FORCE OF THE VERTICAL DIPOLE ANTENNA
35. A POINT GROUND ELECTRODE IN THE PRESENCE OF SPHERICAL GROUND INHOMOGENITY: ANALYSIS OF TWO APPROXIMATE CLOSED FORM SOLUTIONS FOR ELECTRICAL SCALAR POTENTIAL
36. GENETIC ALGORITHMS AND THEIR APPLICATION IN SOLVING SHAPE OPTIMIZATION PROBLEMS IN ELECTROMAGNETICS
37. Wind Power Utilization
38. DYNAMIC SIMULATIONS IN ELECTRICAL APPARATUS
39. APPLICATION OF THE MESHFREE RADIAL POINT INTERPOLATION METHOD (RPIM) TO SOLVE ELECTROSTATIC PROBLEMS
40. APPLICATION OF DISCRETE COMPLEX IMAGES METHOD IN CALCULATION OF SOMMERFELD INTEGRALS
41. AN EXAMPLE OF USING MICROSOFT EXCEL SOLVER FOR POWER NETWORK CALCULATIONS
42. NUMERICAL METHODS FOR DESIGNING IIR FILTERS WITH EQUIRIPPLE APPROXIMATION OF THE CONSTANT GROUP DELAY
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