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oml751 testing of materials me8097 non destructive testing and evaluation oro551 cme397 unit v radiography (rt) unit iv ultrasonic testing (ut) and acoustic emiss unit iv material characterization testing cme397 surface engineering me3493 manufacturing tech unit iii non destructive testing surface treatments renewable energy sources surface engineering unit i overview of ndt me8491 engineering metallurgy - unit 5 non destructive testing thermal imager unit 1 me8491 engineering metallurgy - unit 1 unit v other testing engineering materials pulsed or flash thermography test lockin – thermogrpahy lock in vibro rhermography unit iii thermography and eddy current testing (et me8491 engineering metallurgy - unit 3 surface hardening case hardening me8491 engineering metallurgy - unit 2 heat treatment process thermography burst vibro thermography acoustic emission radiographic inspection purpose of testing aided visual inspection - tools aided visual testing direct unaided visual testing types of visual inspection introduction to ndt visual inspection iron carbon equilibrium diagram phase diagram fatigue ductility mechanical properties renewable energy cas iron ductile cast iron nodular cast iron spheroidal cast iron white cast iron gray cast iron classification of steels low carbon steel medium carbon steel high carbon steel types of steel wear mechanism anneanling process annealing spheroidizing full annealing stress relief annealing recrystallization annealing normalizing orthogonal vs oblique cutting isomorphous system invariant reactions invariant reactions in iron carbon system eutectic reaction peritectic reaction eutectoid reaction peritectoid reaction iron iron carbon diagram fe-fe3c diagram part a questions micro constituents of iron carbon system austenite ferrite cementite various phases of iron carbon system microstructure of iron carbon alloy classification of cast irons types of cast irons types of chips shallow hardening flame and induction hardening vacuum and plasma hardening effect of alloying additions on steel alloying elements on steel alloying elements stainless and tool steels me3493 types of tool steels hsla micro alloyed steels hsla steels maraging steels nickel alloy steels precipitation strengthening treatment age hardening al-cu alloy lsa hardening tempering ]martempering austempering jominy end quench test hardenability hardenability curve carburizing nitriding case hardening process surface hardening process types of carburizing solid carburizing liquid carburizing gas carburizing cyaniding carbonitriding tool wear mechanisms continuous chips types of solar energy classification of solar energies disadvantages of solar energy demerits of solar energy environmental impacts of solar energy physics of the sun sun at zenith zenith angle the solar constant solar value oro551 res- unit 1 - extra terrestrial and terrest solar radiation measuring instruments sunshine measuring instruments pyranometer preheliometer sunshine recorder solar collectors flat plate collector focus collector renewable energy source oro551 renewable energy source solar energy friction in extreme conditions laws of friction role and potential of new and renewable source tqm ge6757 ge8077 total quality management deming quality kanomodel customer satisfaction tqm framework costs of quality customer retention the solar energy option various forms of solar energy metallurgy various types of chip breakers classification of engineering materials atomic packing factor crystallography crystal structure materials elasticity plasticity creeep cutting tool materials hardness impact strength malleability solid solutions types of solid solutions substitutional solid solution intertestitial solid solution isomorphous concentrating collector evacuated type collector collector orientation parabolic dish fresnel collector solar power tower central receiver solar air heater mirror strip collector advantages of solar collector application of solar collector heliostat passive solar system active solar system surface features material science surface topography friction history of materials characteristics of infrared radiation wavelength of infrared radiation characteristics of regions of infrared applications of infrared waves l35 phased array ultrasound &amp geometric factors phased array ultrasound time of flight diffraction l30 transducers contact transducers paint brush transducers normal incidence shear wave transducers angle beam transducers delay line transducers transducers dual element transducers immersion transducers l34 data representation ascan l20 thermography principles characteristics of films - graininess thermography- principles thermography testing characteristic curves & penetrameters law l24 radiographic test inverse square principles of radiography testing properties of x rays and gamma rays. l7 overview of radiographic test l3 overview of thermography test liquid crystal thermography techniques for applying liquid crystals advantages and limitation color sensitive coffee cup what are thermochromic liquid crystals thermochromic liquid crystal (tlc) infrared radiation differential thermal analysis thermo mechanical analysis differential thermal analysis. thermo-mechanical dynamic mechanical analysis macroscopic observation interaction of x ray with matter microscopic observation optical microscopy electron microscopy (sem) scanning electron microscopy diffraction techniques xrd x-ray diffraction analysis (xrd) electron microscopy (tem) transmission electron microscopy ultrasonic test ultrasonic testing eddy current test eddy current testing b scan c-scan. l31 transmission and pulse echo method transmission and pulse-echo method l32 straight beam and angle beam straight beam and angle beam immersion ultrasonic testing angle beam ultrasonic testing l29 ultrasonic testing principle ultrasonic testing-principle use of filters and screens ae parameters applications l40 differential scanning calorimetry differential scanning calorimetry l44 x-ray fluorescence film and film less techniques chemical testing: x-ray fluorescence inductively coupled plasma-optical emission spectr creep strength laser surface alloying (lsa) thermal spraying.docx pvd physical vapour deposition importance of ndt surafce engineering cvd chemical vapour deposition mechanical engineering syllabus surface properties 1. lpt inspection procedure liquid penetrant test 3. types of liquid penetrants 2. properties of liquid penetrants 4. types of developer 1. interpretation of results ndt versus mechanical testing slip twinning mechanism of plastic deformation slip plane twinning plane types of fracture ductile fracture brittle fracture fatigue failure mechanisms fatuge test s-n diagram s-n curve endurance limit fatigue testing procedure creep failure mechanisms creep creep testing machine creep testing procedure creep limit 4. other testing difference between destructive and non destructive computed radiography and computed tomography l5 selection and development of material testing l6 testing organizations and its committee astm british standards institution l7 testing standards various astm and british testing standards l9 advantages of testing l2 overview of magnetic particle test l23 thermography test radiographic equivalence. thermography test thermography. exposure charts contrast speed density overview of liquid penetrant test destructive vs non destructive testing magnetic particle test magnetic particle testing inspection materials magnetization equipment [or methods of magnetizati equipment used in determination of magnetic field magnetic particles magnetisation methods introduction to materials testing metals non - metals ferrous non ferrous composites l3 classification of material testing 1. mechanical testing [destructive] 2. non destructive testing 3. material characterization testing