Advanced Welding Technology-1

This unique Free 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 WELDING2. CONVENTIONAL WELDING PROCESSES3. WELDING WITH PRESSURE 4. FUSION WELDING 5. INTRODUCTION TO ADVANCED PROCESS DEVELOPMENT TRENDS 6. SAFETY AND ENVIRONMENTAL FACTORS7. AREAS FOR DEVELOPMENT OF WELDING PROCESSES8. INTRODUCTION TO ENERGY SOURCES USED FOR FUSION WELDING9. ENERGY-SOURCE INTENSITY10. INTRODUCTION TO HEAT FLOW IN FUSION WELDING11. MATHEMATICAL FORMULATIONS IN HEAT FLOW IN FUSION WELDING12. PARAMETRIC EFFECTS OF HEAT FLOW IN FUSION WELDING13. THERMO PHYSICAL PROPERTIES OF SELECTED ENGINEERING MATERIALS14. INTRODUCTION TO FLUID FLOW PHENOMENON DURING WELDING15. GAS TUNGSTEN ARC WELDING16. DEEP-PENETRATION ELECTRON BEAM AND LASER WELDS17. GAS METAL ARC WELDING18. Submerged Arc Welding19. INTRODUCTION TO TRANSFER OF HEAT AND MASS TO THE BASE METAL IN GAS-METAL ARC WELDING20. HEAT TRANSFER IN GAS-METAL ARC WELDING21. PROCEDURE DEVELOPMENT TRANSFER OF HEAT AND MASS TO THE BASE METAL IN GAS-METAL ARC WELDING22. INTRODUCTION TO ARC PHYSICS OF GAS-TUNGSTEN ARC WELDING23. ELECTRODE REGIONS AND ARC COLUMN IN GTAW 24. ARC WELDING POWER SOURCES25. POWER SOURCE SELECTION 26. PULSED POWER SUPPLIES27. Resistance Welding Power Sources 28. ELECTRON-BEAM WELDING POWER SOURCES29. INTRODUCTION TO WELD SOLIDIFICATION30. COMPARISON OF CASTING AND WELDING SOLIDIFICATION31. SOLIDIFICATION OF ALLOY WELDS (CONSTITUTIONALSUPERCOOLING)32. DEVELOPMENT OF WELD MICROSTRUCTURES33. EFFECT OF WELDING RATE ON WELD POOL SHAPE AND MICROSTRUCTURE 34. BRAZING35. SOLDERING36. PHYSICAL PRINCIPLES OF BRAZING37. ELEMENTS OF THE BRAZING PROCESS 38. HEATING METHODS FOR BRAZING 39. INTRODUCTION TO FUNDAMENTALS OF SOLDERING40. FUNDAMENTALS OF SOLDERING41. GUIDELINES FOR FLUX SELECTION42. TYPES OF FLUXES43. JOINT DESIGN44. PRECLEANING AND SURFACE PREPARATION45. SOLDER APPLICATION46. SOLDERING PROCESS PARAMETERS 47. SOLDERING EQUIPMENT 48. CHARACTERISTICS OF THE COMPONENTS OF A SHIELDING GAS BLEND49. SHIELDING GAS SELECTION 50. BASIC POWER SOURCE REQUIREMENTS51. CONVENTIONAL POWER SOURCE DESIGNS 52. DIFFUSION BONDING PROCESS53. ELECTRONIC POWER REGULATION SYSTEMS 54. OUTPUT LEVEL, SEQUENCE AND FUNCTION CONTROL 55. MMAW CONSUMABLES56. SUBMERGED ARC WELDING CONSUMABLES57. FILLER WIRES FOR GMAW AND FCAW 58. INTRODUCTION TO FUNDAMENTALS OF FRICTION WELDING59. DIRECT DRIVE WELDING60. INERTIA-DRIVE WELDING61. JOINING OF SIMILAR METALS62. JOINING OF DISSIMILAR METALS63. INTRODUCTION TO FUNDAMENTALS OF DIFFUSION BONDING64. BONDING SURFACES CONTAINING OXIDES65. MECHANISM OF DIFFUSION BONDING66. BONDING PRACTICE67. FLYER PLATE ACCELERATION68. IMPACT ENERGY IN EXPLOSION WELDING69. DYNAMIC BEND ANGLE AND MATERIAL PROPERTIES IN EXPLOSION WELDING 70. JET FORMATION IN EXPLOSION WELDING71. SELECTION OF BONDING PARAMETERS72. BOND MORPHOLOGY AND PROPERTIES73. MICROSTRUCTURE OF INTERLAYER WELDS74. TENSILE LOADING OF SOFT-INTERLAYER WELDS 75. THE SMAW PROCESS76. APPLICATIONS OF SHIELDED METAL ARC WELDING77. ELECTRODES IN SMAW78. WELD SCHEDULES AND PROCEDURES79. VARIATIONS OF THE SMAW PROCESS80. SPECIAL APPLICATIONS OF THE SMAW PROCESS81. SAFETY CONSIDERATIONS IN SMAW82. INTRODUCTION TO GAS-METAL ARC WELDING83. PROCESS FUNDAMENTALS IN GMAW All topics are not listed because of character limitations set by the Play Store.