Advanced Welding Technology

Features

• This ultimate unique application is for all students across the world. It covers 217 topics of Advanced Welding Technology in detail. These 217 topics are divided in 5 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 1. INTRODUCTION OF WELDING
• 2. CONVENTIONAL WELDING PROCESSES
• 3. WELDING WITH PRESSURE
• 4. FUSION WELDING
• 5. INTRODUCTION TO ADVANCED PROCESS DEVELOPMENT TRENDS
• 6. SAFETY AND ENVIRONMENTAL FACTORS
• 7. AREAS FOR DEVELOPMENT OF WELDING PROCESSES
• 8. INTRODUCTION TO ENERGY SOURCES USED FOR FUSION WELDING
• 9. ENERGY-SOURCE INTENSITY
• 10. INTRODUCTION TO HEAT FLOW IN FUSION WELDING
• 11. MATHEMATICAL FORMULATIONS IN HEAT FLOW IN FUSION WELDING
• 12. PARAMETRIC EFFECTS OF HEAT FLOW IN FUSION WELDING
• 13. THERMO PHYSICAL PROPERTIES OF SELECTED ENGINEERING MATERIALS
• 14. INTRODUCTION TO FLUID FLOW PHENOMENON DURING WELDING
• 15. GAS TUNGSTEN ARC WELDING
• 16. DEEP-PENETRATION ELECTRON BEAM AND LASER WELDS
• 17. GAS METAL ARC WELDING
• 18. Submerged Arc Welding
• 19. INTRODUCTION TO TRANSFER OF HEAT AND MASS TO THE BASE METAL IN GAS-METAL ARC WELDING
• 20. HEAT TRANSFER IN GAS-METAL ARC WELDING
• 21. PROCEDURE DEVELOPMENT TRANSFER OF HEAT AND MASS TO THE BASE METAL IN GAS-METAL ARC WELDING
• 22. INTRODUCTION TO ARC PHYSICS OF GAS-TUNGSTEN ARC WELDING
• 23. ELECTRODE REGIONS AND ARC COLUMN IN GTAW
• 24. ARC WELDING POWER SOURCES
• 25. POWER SOURCE SELECTION
• 26. PULSED POWER SUPPLIES
• 27. Resistance Welding Power Sources
• 28. ELECTRON-BEAM WELDING POWER SOURCES
• 29. INTRODUCTION TO WELD SOLIDIFICATION
• 30. COMPARISON OF CASTING AND WELDING SOLIDIFICATION
• 31. SOLIDIFICATION OF ALLOY WELDS (CONSTITUTIONALSUPERCOOLING)
• 32. DEVELOPMENT OF WELD MICROSTRUCTURES
• 33. EFFECT OF WELDING RATE ON WELD POOL SHAPE AND MICROSTRUCTURE
• 34. BRAZING
• 35. SOLDERING
• 36. PHYSICAL PRINCIPLES OF BRAZING
• 37. ELEMENTS OF THE BRAZING PROCESS
• 38. HEATING METHODS FOR BRAZING
• 39. INTRODUCTION TO FUNDAMENTALS OF SOLDERING
• 40. FUNDAMENTALS OF SOLDERING
• 41. GUIDELINES FOR FLUX SELECTION
• 42. TYPES OF FLUXES
• 43. JOINT DESIGN
• 44. PRECLEANING AND SURFACE PREPARATION
• 45. SOLDER APPLICATION
• 46. SOLDERING PROCESS PARAMETERS
• 47. SOLDERING EQUIPMENT
• 48. CHARACTERISTICS OF THE COMPONENTS OF A SHIELDING GAS BLEND
• 49. SHIELDING GAS SELECTION
• 50. BASIC POWER SOURCE REQUIREMENTS
• 51. CONVENTIONAL POWER SOURCE DESIGNS
• 52. DIFFUSION BONDING PROCESS
• 53. ELECTRONIC POWER REGULATION SYSTEMS
• 54. OUTPUT LEVEL, SEQUENCE AND FUNCTION CONTROL
• 55. MMAW CONSUMABLES
• 56. SUBMERGED ARC WELDING CONSUMABLES
• 57. FILLER WIRES FOR GMAW AND FCAW
• 58. INTRODUCTION TO FUNDAMENTALS OF FRICTION WELDING
• 59. DIRECT DRIVE WELDING
• 60. INERTIA-DRIVE WELDING
• 61. JOINING OF SIMILAR METALS
• 62. JOINING OF DISSIMILAR METALS
• 63. INTRODUCTION TO FUNDAMENTALS OF DIFFUSION BONDING
• 64. BONDING SURFACES CONTAINING OXIDES
• 65. MECHANISM OF DIFFUSION BONDING
• 66. BONDING PRACTICE
• 67. FLYER PLATE ACCELERATION
• 68. IMPACT ENERGY IN EXPLOSION WELDING
• 69. DYNAMIC BEND ANGLE AND MATERIAL PROPERTIES IN EXPLOSION WELDING
• 70. JET FORMATION IN EXPLOSION WELDING
• 71. SELECTION OF BONDING PARAMETERS
• 72. BOND MORPHOLOGY AND PROPERTIES
• 73. MICROSTRUCTURE OF INTERLAYER WELDS
• 74. TENSILE LOADING OF SOFT-INTERLAYER WELDS
• 75. THE SMAW PROCESS
• 76. APPLICATIONS OF SHIELDED METAL ARC WELDING
• 77. ELECTRODES IN SMAW
• 78. WELD SCHEDULES AND PROCEDURES
• 79. VARIATIONS OF THE SMAW PROCESS
• 80. SPECIAL APPLICATIONS OF THE SMAW PROCESS
• 81. SAFETY CONSIDERATIONS IN SMAW
• 82. INTRODUCTION TO GAS-METAL ARC WELDING
• 83. PROCESS FUNDAMENTALS IN GMAW

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