Канал: Junior JJL Physica Mechanica Lumbu

BREAKING IMPACT TESTING SAMPLES ON A 300 JOULES CAPACITY MACHINE (MECHANICAL TESTING IN THE LABS)

BREAKING IMPACT TESTING SAMPLES ON A 300 JOULES CAPACITY MACHINE (MECHANICAL TESTING IN THE LABS)

GETTING READY FOR TENSION TEST AFTER MACHINING ON THE UNIVERSAL LATH

GETTING READY FOR TENSION TEST AFTER MACHINING ON THE UNIVERSAL LATH

PROOF LOAD TESTING ON STUDS: MACHINING THE THREADED STEEL BAR FOR MECHANICAL TESTING PURPOSES

PROOF LOAD TESTING ON STUDS: MACHINING THE THREADED STEEL BAR FOR MECHANICAL TESTING PURPOSES

SETTING UP TO MACHINE CHARPY SAMPLES ON THE MILLING MACHINE AS PER ASTM A370

SETTING UP TO MACHINE CHARPY SAMPLES ON THE MILLING MACHINE AS PER ASTM A370

M33 NUT PROOF LOAD TESTING EXPLAINED

M33 NUT PROOF LOAD TESTING EXPLAINED

FLAT TENSILE SAMPLES BEING MACHINED ON THE MILLING MACHINE IN ACCORDANCE WITH ASTM A370 AND ISO 6892

FLAT TENSILE SAMPLES BEING MACHINED ON THE MILLING MACHINE IN ACCORDANCE WITH ASTM A370 AND ISO 6892

BEAUTIFUL SMOOTH SURFACE AFTER MACHINING ON THE LATH

BEAUTIFUL SMOOTH SURFACE AFTER MACHINING ON THE LATH

SETTING FOR NOTCHING ON BROACH CUTTING BEFORE TOUGHNESS VERIFICATION IN THE MECHANICAL LABS

SETTING FOR NOTCHING ON BROACH CUTTING BEFORE TOUGHNESS VERIFICATION IN THE MECHANICAL LABS

READY FOR HEAVY CUTTING ON THE MILLING MACHINE

READY FOR HEAVY CUTTING ON THE MILLING MACHINE

MACHINING ON THE LATH: ROUND TENSILE FOR TENSION TESTING

MACHINING ON THE LATH: ROUND TENSILE FOR TENSION TESTING

HARD MACHINING A HIGHLY FERRITIC SAMPLE IN THE WORKSHOP

HARD MACHINING A HIGHLY FERRITIC SAMPLE IN THE WORKSHOP

ETCHING STAINLESS STEEL WELDED PLATES TO EXPOSE DEFECTS IN THE WELD

ETCHING STAINLESS STEEL WELDED PLATES TO EXPOSE DEFECTS IN THE WELD

MACHINING: SMOOTHENING THE REDUCED SECTION OF THE TENSILE SAMPLE ON THE LATH

MACHINING: SMOOTHENING THE REDUCED SECTION OF THE TENSILE SAMPLE ON THE LATH

SETTING UP FOR TENSILE SAMPLE MACHINING ON THE UNIVERSAL LATH

SETTING UP FOR TENSILE SAMPLE MACHINING ON THE UNIVERSAL LATH

CUTTING A CARBON STEEL ON THE MILLING MACHINE FOR MACROSTRUCTURE EVALUATION

CUTTING A CARBON STEEL ON THE MILLING MACHINE FOR MACROSTRUCTURE EVALUATION

MACHINING A BIKE STAND'S EXTENSION ON THE LATH FROM SCRATCH (MECHANICAL WORKSHOP JOB)

MACHINING A BIKE STAND'S EXTENSION ON THE LATH FROM SCRATCH (MECHANICAL WORKSHOP JOB)

WELDING PROCEDURE QUALIFICATION RECORD AS PER ISO 15614-1: CUTTING TENSILE, BENDS, MACRO & CHARPY

WELDING PROCEDURE QUALIFICATION RECORD AS PER ISO 15614-1: CUTTING TENSILE, BENDS, MACRO & CHARPY

ON THE MILLING MACHINE: SMOOTHENING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

ON THE MILLING MACHINE: SMOOTHENING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

MODELING MACHINE PARTS IN AUTODESK INVENTOR | BLOCK DIAGRAGRAM, CAD TUTORIAL FOR BEGINNERS

MODELING MACHINE PARTS IN AUTODESK INVENTOR | BLOCK DIAGRAGRAM, CAD TUTORIAL FOR BEGINNERS

CUTTING ON THE MILLING MACHINE IN THE MECHANICAL WORKSHOP

CUTTING ON THE MILLING MACHINE IN THE MECHANICAL WORKSHOP

NON DESTRUCTIVE TESTING: SAW DISC CUTTING ON A CONVEYOR DRUM

NON DESTRUCTIVE TESTING: SAW DISC CUTTING ON A CONVEYOR DRUM

MACHINING ON THE LATH, ROUGH CUT: TURNING CARBON STEEL SAMPLE INTO TENSILE TESTING PIECE

MACHINING ON THE LATH, ROUGH CUT: TURNING CARBON STEEL SAMPLE INTO TENSILE TESTING PIECE

TOUGHNESS TEST: SETTING IMPACT SAMPLE FOR NOTCHING (EASY BREAKING)

TOUGHNESS TEST: SETTING IMPACT SAMPLE FOR NOTCHING (EASY BREAKING)

MACHINING ON THE LATH BEFORE TESTING FOR HARDNESS ROCKWELL AND CHEMISTRY IN THE LABS

MACHINING ON THE LATH BEFORE TESTING FOR HARDNESS ROCKWELL AND CHEMISTRY IN THE LABS

REMOVING EXTRA UNNECESSARY MATERIAL FROM THE CUT CHARPY SAMPLES ON THE MILLING MACHINE

REMOVING EXTRA UNNECESSARY MATERIAL FROM THE CUT CHARPY SAMPLES ON THE MILLING MACHINE

MECHANICAL TEST: SIDE BENDS TEST PIECES FOR A PQR AS PER BS EN ISO 15614-1 / AWS D1.1

MECHANICAL TEST: SIDE BENDS TEST PIECES FOR A PQR AS PER BS EN ISO 15614-1 / AWS D1.1

REPLICA INVESTIGATION ON A FERRITIC STEEL I-SHAPED: MICROSTRUCTURE TO BE DONE ON THE WELDED RAILWAY

REPLICA INVESTIGATION ON A FERRITIC STEEL I-SHAPED: MICROSTRUCTURE TO BE DONE ON THE WELDED RAILWAY

HEAVY MILLING MACHINING OF HIGHLY FERRITIC STEEL SAMPLE

HEAVY MILLING MACHINING OF HIGHLY FERRITIC STEEL SAMPLE

TOUGHNESS TEST (CHARPY/IMPACT): FINISHING CUTS ON THE MILLING MACHINE (MECHANICAL TESTING)

TOUGHNESS TEST (CHARPY/IMPACT): FINISHING CUTS ON THE MILLING MACHINE (MECHANICAL TESTING)

DRIVE GEAR: REPLICA INVESTIGATION TO BE DONE ON CASTING STEEL DRIVE GEAR (MICROSTRUCTURE ON FERRITE)

DRIVE GEAR: REPLICA INVESTIGATION TO BE DONE ON CASTING STEEL DRIVE GEAR (MICROSTRUCTURE ON FERRITE)

ON THE MILLING MACHINE: CUTTING A STAINLESS STEEL BLOCK IN THE MECHANICAL WORKSHOP

ON THE MILLING MACHINE: CUTTING A STAINLESS STEEL BLOCK IN THE MECHANICAL WORKSHOP

CARBON STEEL SQUARE BARS ON THE MILLING MACHINE FOR IMPACT TESTING

CARBON STEEL SQUARE BARS ON THE MILLING MACHINE FOR IMPACT TESTING

CUTTING A MARTENSITIC SOLID ROUND BAR FOR MICROSTRUCTURE EVALUATION AND HARDNESS CHECK (METALLURGY)

CUTTING A MARTENSITIC SOLID ROUND BAR FOR MICROSTRUCTURE EVALUATION AND HARDNESS CHECK (METALLURGY)

SMOOTHENING CHARPY SAMPLES ON THE MILLING MACHINE WITH A ROTTARY CUTTING TOOL BEFORE TOUGHNESS TEST

SMOOTHENING CHARPY SAMPLES ON THE MILLING MACHINE WITH A ROTTARY CUTTING TOOL BEFORE TOUGHNESS TEST

RDM: COMMENT CRÉER LA RENURE (ENCOCHE) DANS LES ÉPROUVETTES D'ESSAI DE LA RÉSISTANCE AU CHOC (CHARPY

RDM: COMMENT CRÉER LA RENURE (ENCOCHE) DANS LES ÉPROUVETTES D'ESSAI DE LA RÉSISTANCE AU CHOC (CHARPY

MECHANICAL TESTING: MACRO SAMPLE FOR VICKERS HARDNESS TEST BEING CUT ON A BAND SAW IN THE WORKSHOP

MECHANICAL TESTING: MACRO SAMPLE FOR VICKERS HARDNESS TEST BEING CUT ON A BAND SAW IN THE WORKSHOP

MACHINING IMPACT/CHARPY SAMPLES ON THE MILLING MACHINE FOR TESTING

MACHINING IMPACT/CHARPY SAMPLES ON THE MILLING MACHINE FOR TESTING

MACHINING TENSILE'S SAMPLES FROM CARBON STEEL WELDED PLATE AS PER ASME IX (ASME 9) (1)

MACHINING TENSILE'S SAMPLES FROM CARBON STEEL WELDED PLATE AS PER ASME IX (ASME 9) (1)

19MM WIDE FLAT TENSILE SAMPLE BEING MACHINED ON THE MILLING MACHINE AS PER ASTM A370 / ASTM E8

19MM WIDE FLAT TENSILE SAMPLE BEING MACHINED ON THE MILLING MACHINE AS PER ASTM A370 / ASTM E8

MACHINING ON THE MILLING MACHINE: PREPARING CARBON STEEL SAMPLE FOR MICROSTRUCTURE EVALUATION

MACHINING ON THE MILLING MACHINE: PREPARING CARBON STEEL SAMPLE FOR MICROSTRUCTURE EVALUATION

CUTTING ON THE MILLING MACHINE: PREPARING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

CUTTING ON THE MILLING MACHINE: PREPARING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

FINE CUTS ON THE UNIVERSAL LATH FOR A 12.5MM ROUND TENSILE

FINE CUTS ON THE UNIVERSAL LATH FOR A 12.5MM ROUND TENSILE

CUTTING WELDED STAINLESS STEEL PLATES PARALLEL FOR HV10 HARDNESS TESTING

CUTTING WELDED STAINLESS STEEL PLATES PARALLEL FOR HV10 HARDNESS TESTING

GETTING CHARPY SAMPLES READY FOR TOUGHNESS VERIFICATION ON THE MILLING MACHINE

GETTING CHARPY SAMPLES READY FOR TOUGHNESS VERIFICATION ON THE MILLING MACHINE

OVERLAY SAMPLE GETTING READY FOR METALLURGICAL TESTING IN THE LABS

OVERLAY SAMPLE GETTING READY FOR METALLURGICAL TESTING IN THE LABS

MECHANICAL TESTING: CUTTING FOR WPQR FROM 1.2M STAINLESS STEEL WELDED PLATES (ASME 9 / ASME IX)

MECHANICAL TESTING: CUTTING FOR WPQR FROM 1.2M STAINLESS STEEL WELDED PLATES (ASME 9 / ASME IX)

FINE FINISHING CHARPY SAMPLES ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

FINE FINISHING CHARPY SAMPLES ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

BORING TOOL / DRILLING HOLES IN A CARBON STEEL ROUND BAR ON THE LATH BEFORE THREADING WITH M40

BORING TOOL / DRILLING HOLES IN A CARBON STEEL ROUND BAR ON THE LATH BEFORE THREADING WITH M40

MACHINING ON THE MILLING IN THE MECHANICAL WORKSHOP

MACHINING ON THE MILLING IN THE MECHANICAL WORKSHOP

MICROSTRUCTURE AND TENSILE TEST TO BE DONE ON A CASTING STEEL GEAR AFTER DYE PENETRANT TESTING

MICROSTRUCTURE AND TENSILE TEST TO BE DONE ON A CASTING STEEL GEAR AFTER DYE PENETRANT TESTING

ROUGH CUT MACHINING A TENSILE SAMPLE ON THE LATH FROM A M42 BOLT IN THE MECHANICAL WORKSHOP

ROUGH CUT MACHINING A TENSILE SAMPLE ON THE LATH FROM A M42 BOLT IN THE MECHANICAL WORKSHOP

FACE / ROOT BENDS WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 316L

FACE / ROOT BENDS WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 316L

SMOOTHENING CARBON STEEL SQUARE BARS ON THE MILLING MACHINE

SMOOTHENING CARBON STEEL SQUARE BARS ON THE MILLING MACHINE

MACHINING TENSILE'S SAMPLES FROM CARBON STEEL WELDED PLATE AS PER ASME IX (ASME 9) (2)

MACHINING TENSILE'S SAMPLES FROM CARBON STEEL WELDED PLATE AS PER ASME IX (ASME 9) (2)

NON DESTRUCTIVE TESTING: RADIOGRPHIC EXAMINATION DONE ON 70mm OD STAINLESS STEEL PIPE BEFORE CUTTING

NON DESTRUCTIVE TESTING: RADIOGRPHIC EXAMINATION DONE ON 70mm OD STAINLESS STEEL PIPE BEFORE CUTTING

CHARPY SAMPLE: ROUGH CUTTING ON A MILLING MACHINE BEFORE POLISHING AND NOTCHING

CHARPY SAMPLE: ROUGH CUTTING ON A MILLING MACHINE BEFORE POLISHING AND NOTCHING

SHAVINGS FROM STAINLESS STEEL PIPE ON BAND SAW: CUTTING FOR BENDS AND TENSION TESTS VERIFICATION

SHAVINGS FROM STAINLESS STEEL PIPE ON BAND SAW: CUTTING FOR BENDS AND TENSION TESTS VERIFICATION

HOW TO DRAW A ROLLER USING AUTODESK AUTOCAD INVENTOR (CAD161S UNISA Tutorial)

HOW TO DRAW A ROLLER USING AUTODESK AUTOCAD INVENTOR (CAD161S UNISA Tutorial)

BEND TEST: FACE/ROOT BEND WITH A 20MM FORMER SIZE AS PER ASME IX (ASME 9) & EN ISO 15614-1, FOR 304L

BEND TEST: FACE/ROOT BEND WITH A 20MM FORMER SIZE AS PER ASME IX (ASME 9) & EN ISO 15614-1, FOR 304L

MECHANICAL TEST: SIDE BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1 AND ASME 9 (ASME IX)

MECHANICAL TEST: SIDE BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1 AND ASME 9 (ASME IX)

MACHINING ON THE LATH: CUTTING A TENSILE SAMPLE FROM A M40 THREADED ROUND BAR (M40 BOLT)

MACHINING ON THE LATH: CUTTING A TENSILE SAMPLE FROM A M40 THREADED ROUND BAR (M40 BOLT)

METALLURGICAL TEST TO BE PERFORMED ON A CASTING AFTER CUTTING THE STEEL PLATES

METALLURGICAL TEST TO BE PERFORMED ON A CASTING AFTER CUTTING THE STEEL PLATES

FULL PARENT MATERIAL POSITIVE IDENTIFICATION AFTER CUTTING FOR IMPACT, TENSILE AND CHARPY SAMPLES

FULL PARENT MATERIAL POSITIVE IDENTIFICATION AFTER CUTTING FOR IMPACT, TENSILE AND CHARPY SAMPLES

HALF A DISC: MACHINING ON THE LATH FOR ROCKWELL HRC AND CHEMISTRY TEST ON A CARBON STEEL MATERIAL

HALF A DISC: MACHINING ON THE LATH FOR ROCKWELL HRC AND CHEMISTRY TEST ON A CARBON STEEL MATERIAL

MECHANICAL TEST: ROOT BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1,

MECHANICAL TEST: ROOT BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1,

BEND TEST: FACE BEND WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 3Cr12

BEND TEST: FACE BEND WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 3Cr12

MECHANICAL: TENSILE SAMPLE ON A MILLING MACHINE (PREPARING FOR STRENGTH TESTING: ASTM A370, ISO 6892

MECHANICAL: TENSILE SAMPLE ON A MILLING MACHINE (PREPARING FOR STRENGTH TESTING: ASTM A370, ISO 6892

PROOF LOAD / EXTENSION TEST AFTER MACHINING A SQUARE BAR FROM A BOLT

PROOF LOAD / EXTENSION TEST AFTER MACHINING A SQUARE BAR FROM A BOLT

STAINLESS STEEL SEAMLESS PIPES WELDED IN TRANSVERSE: CUTTING BENDS AND TENSILE SAMPLES TO BE TESTED

STAINLESS STEEL SEAMLESS PIPES WELDED IN TRANSVERSE: CUTTING BENDS AND TENSILE SAMPLES TO BE TESTED

METALLOGRAPHIC EVALUATION ON AXE' BLADE: CHECKING STRENGTH (UTS) AND HARDNESS AS PER ASTM A370

METALLOGRAPHIC EVALUATION ON AXE' BLADE: CHECKING STRENGTH (UTS) AND HARDNESS AS PER ASTM A370

ON THE MILLING MACHINE: GETTING FOR METALLURGICAL TESTING (MACROSTRUCTURE AND MICROSTRUCTURE)

ON THE MILLING MACHINE: GETTING FOR METALLURGICAL TESTING (MACROSTRUCTURE AND MICROSTRUCTURE)

HEAT EXCHANGERS: CUTTING TUBESHEET FOR MECHANICAL AND METALLURGICAL TEST PURPOSES (BUCKLING TEST)

HEAT EXCHANGERS: CUTTING TUBESHEET FOR MECHANICAL AND METALLURGICAL TEST PURPOSES (BUCKLING TEST)

TIG / GTAW: CUTTING SAMPLES TO BE TESTED FROM TWO WELDED STAINLESS STEEL SEAMLESS PIPES (ASTM A312)

TIG / GTAW: CUTTING SAMPLES TO BE TESTED FROM TWO WELDED STAINLESS STEEL SEAMLESS PIPES (ASTM A312)

MACHINING ON THE LATH, FINE CUT: TURNING A SQUARE SAMPLE TO A ROUND BAR FOR A BIKE STAND'S EXTENSION

MACHINING ON THE LATH, FINE CUT: TURNING A SQUARE SAMPLE TO A ROUND BAR FOR A BIKE STAND'S EXTENSION

T-JOINT: FILLET FRACTURE TESTING, TO BE CONDUCTED AFTER CUTTING TWO WELDED CARBON STEEL PLATES

T-JOINT: FILLET FRACTURE TESTING, TO BE CONDUCTED AFTER CUTTING TWO WELDED CARBON STEEL PLATES

ALUMINIUM ALLOY BLOCK: CUTTING TENSILE SAMPLE BEFORE TESTING

ALUMINIUM ALLOY BLOCK: CUTTING TENSILE SAMPLE BEFORE TESTING

WELDED STAINLESS STEEL PLATES: CUTTING SAMPLES FOR THE NEXT WQR AND PQR AS PER ISO 15614-1 / 9606-1

WELDED STAINLESS STEEL PLATES: CUTTING SAMPLES FOR THE NEXT WQR AND PQR AS PER ISO 15614-1 / 9606-1

SMOOTHENING THE MACRO / MICROSTRUCTURE SAMPLE ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

SMOOTHENING THE MACRO / MICROSTRUCTURE SAMPLE ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

BASIC DRAWING OF GEOMETRIC FIGURES (SQUARES) WITH AUTOCAD INVENTOR (UNISA - EMO1601 , CAD161S)

BASIC DRAWING OF GEOMETRIC FIGURES (SQUARES) WITH AUTOCAD INVENTOR (UNISA - EMO1601 , CAD161S)

CUTTING A WELDED CASTING PLATE TO FORGED PLATE FOR FRACTURE TEST (MECHANICAL TESTING)

CUTTING A WELDED CASTING PLATE TO FORGED PLATE FOR FRACTURE TEST (MECHANICAL TESTING)

MECHANICAL TESTING LABORATORY: CHARPY SAMPLES BREAKING FROM AN IMPACT TESTING MACHINE AT 246 JOULES

MECHANICAL TESTING LABORATORY: CHARPY SAMPLES BREAKING FROM AN IMPACT TESTING MACHINE AT 246 JOULES

CUTTING FOR A MICROSTRUCTURE EVALUATION ON A MARTENSITIC SAMPLE TO BE ETCHED WITH NITAL(METALLURGY)

CUTTING FOR A MICROSTRUCTURE EVALUATION ON A MARTENSITIC SAMPLE TO BE ETCHED WITH NITAL(METALLURGY)

MACHINING ON THE MILLING MACHINE: PREPARING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

MACHINING ON THE MILLING MACHINE: PREPARING RAILWAY SAMPLE FOR MICROSTRUCTURE EVALUATION IN THE LABS

RADIOGRPHIC EXAMINATION: NDT DONE ON A 70mm OD STAINLESS STEEL PIPE BEFORE CUTTING SIDE BEND FROM IT

RADIOGRPHIC EXAMINATION: NDT DONE ON A 70mm OD STAINLESS STEEL PIPE BEFORE CUTTING SIDE BEND FROM IT

HIGH HARDNESS ROCKWELL SOLID ROUND BAR BEING CUT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

HIGH HARDNESS ROCKWELL SOLID ROUND BAR BEING CUT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

BEND TEST: ROOT BEND WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 3Cr12

BEND TEST: ROOT BEND WITH A 25MM FORMER SIZE AS PER ASME IX (ASME 9) AND EN ISO 15614-1, FOR 3Cr12

PROOF LOAD TESTING ON BOLTS: MACHINING THE THREADED STUD BAR FOR MECHANICAL TESTING PURPOSES

PROOF LOAD TESTING ON BOLTS: MACHINING THE THREADED STUD BAR FOR MECHANICAL TESTING PURPOSES

PREPARING CHARPY SAMPLES BY NOTCHING THEM FOR EASY BREAKING AS PER AWS D1.1

PREPARING CHARPY SAMPLES BY NOTCHING THEM FOR EASY BREAKING AS PER AWS D1.1

METALLURGICAL TEST TO BE PERFORMED ON A CASTING AFTER CUTTING EYED STEEL PLATES

METALLURGICAL TEST TO BE PERFORMED ON A CASTING AFTER CUTTING EYED STEEL PLATES

GRABBING A SQUARE BAR INTO A THREE JAWS CHUCK BEFORE MACHINING ON THE LATH

GRABBING A SQUARE BAR INTO A THREE JAWS CHUCK BEFORE MACHINING ON THE LATH

MECHANICAL TEST: CUTTING FROM A TUBE TO TUBESHEET BLOCK FOR MICROSTRUCTURE AND LEAKAGE PATH

MECHANICAL TEST: CUTTING FROM A TUBE TO TUBESHEET BLOCK FOR MICROSTRUCTURE AND LEAKAGE PATH

HOW TO NOTCH CHARPY SAMPLES FOR EASY TOUGHNESS TEST EVALUATION (EASILY BREAKING SQUARE STEEL BARS)

HOW TO NOTCH CHARPY SAMPLES FOR EASY TOUGHNESS TEST EVALUATION (EASILY BREAKING SQUARE STEEL BARS)

TENSION SAMPLES BEING CUT FROM DISSIMILAR WELDED 35MM THICK STAINLESS STEEL PLATES ON A BAND SAW

TENSION SAMPLES BEING CUT FROM DISSIMILAR WELDED 35MM THICK STAINLESS STEEL PLATES ON A BAND SAW

SEPARATING INTO TWO A RAILWAY SAMPLE FOR MECHANICAL AND METALLURGICAL TESTING PURPOSES

SEPARATING INTO TWO A RAILWAY SAMPLE FOR MECHANICAL AND METALLURGICAL TESTING PURPOSES

MICROSTRUCTURE AND TENSILE TEST TO BE DONE ON A CASTING STEEL GEAR AFTER DYE PENETRANT TESTING

MICROSTRUCTURE AND TENSILE TEST TO BE DONE ON A CASTING STEEL GEAR AFTER DYE PENETRANT TESTING

IMPACT (CHARPY TEST)

IMPACT (CHARPY TEST)

TRIANGLE FORGED SAMPLE: CUTTING FOR MICROSTRUCTURE ON THE BAND SAW (METALLURGICAL TEST)

TRIANGLE FORGED SAMPLE: CUTTING FOR MICROSTRUCTURE ON THE BAND SAW (METALLURGICAL TEST)

GEAR TOOTH: MICROSTRUCTURE EVALUATION ON A FERRITIC/PEARLITIC STEEL FROM DRIVING SHAFT(CASTING STEEL

GEAR TOOTH: MICROSTRUCTURE EVALUATION ON A FERRITIC/PEARLITIC STEEL FROM DRIVING SHAFT(CASTING STEEL

OFFCUTS TO DISCARD: CUTTING FROM WELDED PLATES 4 SIDE BENDS TO BE TESTED FOR DUCTILITY VERIFICATION

OFFCUTS TO DISCARD: CUTTING FROM WELDED PLATES 4 SIDE BENDS TO BE TESTED FOR DUCTILITY VERIFICATION

CHARPY SAMPLES BEING NOTCHED BEFORE BREAKING THEM ON THE IMPACT TESTING MACHINE AS PER ASTM A370

CHARPY SAMPLES BEING NOTCHED BEFORE BREAKING THEM ON THE IMPACT TESTING MACHINE AS PER ASTM A370

FORGED FLANGE: CUTTING SAMPLES FOR MICROSTRUCTURE AND CHEMICAL TEST TN THE LABS

FORGED FLANGE: CUTTING SAMPLES FOR MICROSTRUCTURE AND CHEMICAL TEST TN THE LABS

CUTTING FACE AND ROOT BENDS FROM WELDED PLATES AFTER NDT FOR MECHANICAL TESTING PURPOSES

CUTTING FACE AND ROOT BENDS FROM WELDED PLATES AFTER NDT FOR MECHANICAL TESTING PURPOSES

CHEMISTRY & HARDNESS TEST: MACHINING ON THE LATH FOR ROCKWELL AND CHEMICAL TEST OF CARBON STEEL DISC

CHEMISTRY & HARDNESS TEST: MACHINING ON THE LATH FOR ROCKWELL AND CHEMICAL TEST OF CARBON STEEL DISC

CUTTING AN AXE BLADE FOR MICROSTRUCTURE, HARDNESS AND TENSILE TEST EVALUATION IN THE MECHANICAL LABS

CUTTING AN AXE BLADE FOR MICROSTRUCTURE, HARDNESS AND TENSILE TEST EVALUATION IN THE MECHANICAL LABS

CUTTING MICROSTRUCTURE, TENSILE, CHEMISTRY AND HARDNESS SAMPLES FROM A MARTENSITIC ROUND BAR

CUTTING MICROSTRUCTURE, TENSILE, CHEMISTRY AND HARDNESS SAMPLES FROM A MARTENSITIC ROUND BAR

LIQUID PENETRANT (NDT) BEFORE TENSILE, CHARPY AND CHEMICAL TESTS IN THE LABS (THEN CUTTING SAMPLES)

LIQUID PENETRANT (NDT) BEFORE TENSILE, CHARPY AND CHEMICAL TESTS IN THE LABS (THEN CUTTING SAMPLES)

MACHINING: SURFACING WITH A KNIFE /SURFACING TOOL ON THE LATH (FINISHING CUT)

MACHINING: SURFACING WITH A KNIFE /SURFACING TOOL ON THE LATH (FINISHING CUT)

BEND TEST: SIDE BEND TESTING USING AN OIL PRESSURIZED MACHINE WITH A 40MM DIAMETER FORMER SIZE

BEND TEST: SIDE BEND TESTING USING AN OIL PRESSURIZED MACHINE WITH A 40MM DIAMETER FORMER SIZE

FLAT TENSILE SAMPLES BEING MACHINED ON THE MILLING MACHINE IN ACCORDANCE WITH ASME 9 (ASME IX)

FLAT TENSILE SAMPLES BEING MACHINED ON THE MILLING MACHINE IN ACCORDANCE WITH ASME 9 (ASME IX)

DRAWING WITH INVENTOR: ADAPTER SIDE LOCK FOR CYLINDRICAL SHANKS, MODELING WITH AUTODESK (CAD161S)

DRAWING WITH INVENTOR: ADAPTER SIDE LOCK FOR CYLINDRICAL SHANKS, MODELING WITH AUTODESK (CAD161S)

CHEMICAL TEST, SPECTROMETER TEST ON STELLITE MATERIAL (COBALT Co6): TO BE DONE ON THE OVERLAY

CHEMICAL TEST, SPECTROMETER TEST ON STELLITE MATERIAL (COBALT Co6): TO BE DONE ON THE OVERLAY

METALLURGICAL TESTING: GETTING READY FOR FOR CLEANLINESS AND MACROSTRUCTURE EVALUATION AFTER MILLING

METALLURGICAL TESTING: GETTING READY FOR FOR CLEANLINESS AND MACROSTRUCTURE EVALUATION AFTER MILLING

METALLOGRAPHIC ANALYSIS ON A MARTENSITIC SAMPLE, CUTTING POLISHING, SANDING AND ETCHING IN THE LABS

METALLOGRAPHIC ANALYSIS ON A MARTENSITIC SAMPLE, CUTTING POLISHING, SANDING AND ETCHING IN THE LABS

MACHINING: CUTTING A FILLET FRACTURE SAMPLE FROM A T-JOINT PIPE (FOR MECHANICAL TESTING PURPOSES)

MACHINING: CUTTING A FILLET FRACTURE SAMPLE FROM A T-JOINT PIPE (FOR MECHANICAL TESTING PURPOSES)

SHAPING THE CYLINDER ON THE LATH: ROUGH CUTTING A SQUARE SHAPED BAR TO A ROUND BAR WITH A KNIFE TOOL

SHAPING THE CYLINDER ON THE LATH: ROUGH CUTTING A SQUARE SHAPED BAR TO A ROUND BAR WITH A KNIFE TOOL

DRIVE GEAR SHAFT IN THE WORKSHOP: CUTTING SAMPLE PIECES FROM CYLINDER BAR FOR MECHANICAL TESTS

DRIVE GEAR SHAFT IN THE WORKSHOP: CUTTING SAMPLE PIECES FROM CYLINDER BAR FOR MECHANICAL TESTS

MICROSTRUCTURE ON A FERRITIC STEEL I-SHAPED: REPLICA INVESTIGATION TO BE DONE ON THE WELDED RAILWAY

MICROSTRUCTURE ON A FERRITIC STEEL I-SHAPED: REPLICA INVESTIGATION TO BE DONE ON THE WELDED RAILWAY

MECHANICAL TESTING LABORATORY: LIFTING THE HEAVY IMPACT TESTING HUMMER BEFORE BREAKING CHARPY SAMPLE

MECHANICAL TESTING LABORATORY: LIFTING THE HEAVY IMPACT TESTING HUMMER BEFORE BREAKING CHARPY SAMPLE

NOTCHING SQUARE BARS FOR EASY BREAKING ON IMPACT TESTING MACHINE AS PER ASTM A370 TESTING CODE

NOTCHING SQUARE BARS FOR EASY BREAKING ON IMPACT TESTING MACHINE AS PER ASTM A370 TESTING CODE

CUTTING A MARTENSITIC SQUARE BLOCK AFTER HEAT TREATMENT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

CUTTING A MARTENSITIC SQUARE BLOCK AFTER HEAT TREATMENT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

STRENGTH OF MATERIAL: MACHINING A FLAT TENSILE FOR MECHANICAL TESTING PURPOSES (YIELD & ELONGATION)

STRENGTH OF MATERIAL: MACHINING A FLAT TENSILE FOR MECHANICAL TESTING PURPOSES (YIELD & ELONGATION)

BENDING STEEL PLATES: FACE BEND TESTING USING AN OIL PRESSURED BEND TESTER WITH A 40MM FORMER SIZE

BENDING STEEL PLATES: FACE BEND TESTING USING AN OIL PRESSURED BEND TESTER WITH A 40MM FORMER SIZE

DYE PENETRANT TESTING: NDT DONE ON A CONVEYOR BELT'S DRUM BEFORE FOR DEFECTS FOUNDING

DYE PENETRANT TESTING: NDT DONE ON A CONVEYOR BELT'S DRUM BEFORE FOR DEFECTS FOUNDING

HOW TO PERFORM SIDE BEND TEST WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), FOR EN 10025 Gdr S355

HOW TO PERFORM SIDE BEND TEST WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), FOR EN 10025 Gdr S355

CUTTING FROM A DISC USING A BAND SAW: SAMPLES FOR MACROSTRUCTURE AND MICROSTRUCTURE AT 240 DEGREE

CUTTING FROM A DISC USING A BAND SAW: SAMPLES FOR MACROSTRUCTURE AND MICROSTRUCTURE AT 240 DEGREE

TOUGHNESS TEST: NOTCHING CHARPY SAMPLES FOR IMPACT TESTING PURPOSES IN METALLURGICAL TESTING LABS

TOUGHNESS TEST: NOTCHING CHARPY SAMPLES FOR IMPACT TESTING PURPOSES IN METALLURGICAL TESTING LABS

MICROSTRUCTURE INVESTIGATION TO BE DONE AFTER CUTTING THE PLATE IN THE WORKSHOP (FERRITE / PEARLITE)

MICROSTRUCTURE INVESTIGATION TO BE DONE AFTER CUTTING THE PLATE IN THE WORKSHOP (FERRITE / PEARLITE)

SMOOTHENING THE MACHINED TENSILE SAMPLE ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

SMOOTHENING THE MACHINED TENSILE SAMPLE ON THE POLISHING BELT AT 600 Grade (MECHANICAL TEST)

CUTTING FOR MICROSTRUCTURE ON THE BAND SAW A CASTING STEEL (METALLURGICAL TEST)

CUTTING FOR MICROSTRUCTURE ON THE BAND SAW A CASTING STEEL (METALLURGICAL TEST)

MACHINING A MICROSTRUCTURE SAMPLE ON A MILLING MACHINE (GETTING READY FOR MICROSTRUCTURE EVALUATION)

MACHINING A MICROSTRUCTURE SAMPLE ON A MILLING MACHINE (GETTING READY FOR MICROSTRUCTURE EVALUATION)

MACHINING BIKE STAND'S EXTENSION ON THE LATH FROM SCRATCH (WORKSHOP JOB)

MACHINING BIKE STAND'S EXTENSION ON THE LATH FROM SCRATCH (WORKSHOP JOB)

MACHINING: CUTTING A FILLET FRACTURE SAMPLE FROM A BAND SAW (FOR MECHANICAL TESTING PURPOSES)

MACHINING: CUTTING A FILLET FRACTURE SAMPLE FROM A BAND SAW (FOR MECHANICAL TESTING PURPOSES)

ESSAI DE RÉSILIENCE MECANIQUE(RDM): TOUT SUR L'ESSAI DE LA RÉSISTANCE AU CHOC DANS MOINS D 5 MINUTES

ESSAI DE RÉSILIENCE MECANIQUE(RDM): TOUT SUR L'ESSAI DE LA RÉSISTANCE AU CHOC DANS MOINS D 5 MINUTES

MACHINING FOR METALLURGICAL TESTING (MICROSTRUCTURE ON A MARTENSITIC SAMPLE)

MACHINING FOR METALLURGICAL TESTING (MICROSTRUCTURE ON A MARTENSITIC SAMPLE)

BENDING WELDED PLATES: FACE BEND TESTING USING AN OIL PRESSURED BEND TESTER WITH A 40MM FORMER SIZE

BENDING WELDED PLATES: FACE BEND TESTING USING AN OIL PRESSURED BEND TESTER WITH A 40MM FORMER SIZE

REPLICA INVESTIGATION TO BE DONE ON THE WELDED RAILWAY FOR METALLURGICAL TESTING PURPOSES (ISO 17025

REPLICA INVESTIGATION TO BE DONE ON THE WELDED RAILWAY FOR METALLURGICAL TESTING PURPOSES (ISO 17025

WQR: MACROSTRUCTURE EVALUATION AS ASME 9 FOR PROCEDURE AND WELDER QUALIFICATION RECORD (PQR)

WQR: MACROSTRUCTURE EVALUATION AS ASME 9 FOR PROCEDURE AND WELDER QUALIFICATION RECORD (PQR)

CUTTING SIDE BENDS FOR A DISSIMILAR WELDED MATERIAL SPECIFICATIONS PLATES FOR MECHANICAL TEST

CUTTING SIDE BENDS FOR A DISSIMILAR WELDED MATERIAL SPECIFICATIONS PLATES FOR MECHANICAL TEST

MACHINING: TENSILE SAMPLES ON A MILLING MACHINE (PREPARING FOR TENSILE TESTING: ASTM A370, ISO 6892)

MACHINING: TENSILE SAMPLES ON A MILLING MACHINE (PREPARING FOR TENSILE TESTING: ASTM A370, ISO 6892)

TUBES TO TUBESHEET BLOCK: CUTTING MACROSTRUCTURE FOR LEAKAGE PATH AND WELD LEG LENGTH MEASUREMENTS

TUBES TO TUBESHEET BLOCK: CUTTING MACROSTRUCTURE FOR LEAKAGE PATH AND WELD LEG LENGTH MEASUREMENTS

SPARK / CHEMISTRY TEST: CONFIRMING ASTM A240 UNS 31803 VIA CHEMICAL TESTING IN THE LABS

SPARK / CHEMISTRY TEST: CONFIRMING ASTM A240 UNS 31803 VIA CHEMICAL TESTING IN THE LABS

STEEL SHAVINGS: ROUGH CUTTING TURNS GRAY SHAVINGS TO BRONZE COLOR SHAVINGS ON THE LATH

STEEL SHAVINGS: ROUGH CUTTING TURNS GRAY SHAVINGS TO BRONZE COLOR SHAVINGS ON THE LATH

DISCARDING ALUMINIUM OFF CUT: GETTING READY FOR MECHANICAL TESTING IN THE LABS

DISCARDING ALUMINIUM OFF CUT: GETTING READY FOR MECHANICAL TESTING IN THE LABS

SAMPLES TO BE TOUGHNESS TESTED BEING PREPARED IN THE WORKSHOP ON THE MILLING MACHINE

SAMPLES TO BE TOUGHNESS TESTED BEING PREPARED IN THE WORKSHOP ON THE MILLING MACHINE

CHARPY TEST: IMPACT, TOUGHNESS CHECKING OF STEEL PIECES AT LOW TEMPERATURE AS PER ASTM A370/ ISO 148

CHARPY TEST: IMPACT, TOUGHNESS CHECKING OF STEEL PIECES AT LOW TEMPERATURE AS PER ASTM A370/ ISO 148

DETERMINATION DE LA RÉSILIENCE: COMMENT FAIRE L'ESSAI DE LA RÉSISTANCE AU CHOC AVC LE MOUTON PENDULE

DETERMINATION DE LA RÉSILIENCE: COMMENT FAIRE L'ESSAI DE LA RÉSISTANCE AU CHOC AVC LE MOUTON PENDULE

OVER LAY AND HARD-FACING BUILD UP: CUTTING BEND TEST SAMPLES FROM OVER LAID PIPE (HARD FACE)

OVER LAY AND HARD-FACING BUILD UP: CUTTING BEND TEST SAMPLES FROM OVER LAID PIPE (HARD FACE)

DYE PENETRANT TESTING: NDT DONE ON A CASTING STEEL GEAR (THEN MACHINING) BEFORE MICROSTRUCTURE TEST

DYE PENETRANT TESTING: NDT DONE ON A CASTING STEEL GEAR (THEN MACHINING) BEFORE MICROSTRUCTURE TEST

MACHINING ON THE LATH, ROUGH CUT: TURNING A SQUARE SAMPLE INTO A ROUND BAR FOR MECHANICAL PURPOSES

MACHINING ON THE LATH, ROUGH CUT: TURNING A SQUARE SAMPLE INTO A ROUND BAR FOR MECHANICAL PURPOSES

CUTTING A FORGED FLANGE FOR METALLURGICAL TESTING

CUTTING A FORGED FLANGE FOR METALLURGICAL TESTING

CUTTING PIPE FOR MICROSTRUCTURE EVALUATION, FERRITE COUNT, CORROSION TEST AND GRAIN SIZE (ASTM E112)

CUTTING PIPE FOR MICROSTRUCTURE EVALUATION, FERRITE COUNT, CORROSION TEST AND GRAIN SIZE (ASTM E112)

CUTTING A MARTENSITIC SAMPLE FOR MICROSTRUCTURE EVALUATION ON A MICROSCOPE (METALLURGY)

CUTTING A MARTENSITIC SAMPLE FOR MICROSTRUCTURE EVALUATION ON A MICROSCOPE (METALLURGY)

FINISHED PRODUCT: BREAKING A 1000 kN BAR THROUGH PULLING ON A TENSILE TESTING MACHINE (MECHANICAL T)

FINISHED PRODUCT: BREAKING A 1000 kN BAR THROUGH PULLING ON A TENSILE TESTING MACHINE (MECHANICAL T)

BEND TEST: FACE/ ROOT BEND WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), BS EN 10025: Gdr S355JR

BEND TEST: FACE/ ROOT BEND WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), BS EN 10025: Gdr S355JR

ROUGH CUT: MACHINING A ROUND TENSILE SAMPLE ON THE LATH, FOR MECHANICAL TESTING PURPOSE(SQUARE SHAPE

ROUGH CUT: MACHINING A ROUND TENSILE SAMPLE ON THE LATH, FOR MECHANICAL TESTING PURPOSE(SQUARE SHAPE

NON DESTRUCTIVE TESTING: LIQUID PENETRATION DONE ON A PLATE TO A CASTING FOR MACROSTRUCTURE FRACTURE

NON DESTRUCTIVE TESTING: LIQUID PENETRATION DONE ON A PLATE TO A CASTING FOR MACROSTRUCTURE FRACTURE

USING COIL COMMAND IN INVENTOR FOR MODELING 3D OBJECT | AUTODESK FOR BEGINNERS, CAD TUTORIAL

USING COIL COMMAND IN INVENTOR FOR MODELING 3D OBJECT | AUTODESK FOR BEGINNERS, CAD TUTORIAL

SETTING UP FOR MATERIAL VERIFICATION WITH CHEMICAL TESTING OF STAINLESS STEEL PLATES

SETTING UP FOR MATERIAL VERIFICATION WITH CHEMICAL TESTING OF STAINLESS STEEL PLATES

CUTTING A CASTING BLOCK: GETTING READY FOR TENSILE, CHEMISTRY (CHEMICAL TEST) AND IMPACT TEST

CUTTING A CASTING BLOCK: GETTING READY FOR TENSILE, CHEMISTRY (CHEMICAL TEST) AND IMPACT TEST

CHARPY TEST and SAMPLE PREPARATION AS PER ASTM A370 AT ROOM TEMPERATURE (MECHANICAL TEST)

CHARPY TEST and SAMPLE PREPARATION AS PER ASTM A370 AT ROOM TEMPERATURE (MECHANICAL TEST)

BRAZED ELBOW COPPER JUBES: JOINED COPPER TUBES FOR METALLURGICAL TESTING (MACROSTRUCTURE EXAMINATION

BRAZED ELBOW COPPER JUBES: JOINED COPPER TUBES FOR METALLURGICAL TESTING (MACROSTRUCTURE EXAMINATION

LEVELING HEAT EXCHANGERS TUBES FOR METALLURGICAL AND MECHANICAL TEST

LEVELING HEAT EXCHANGERS TUBES FOR METALLURGICAL AND MECHANICAL TEST

MECHANICAL TEST: SIDE BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1,

MECHANICAL TEST: SIDE BENDS TEST FOR A PQR AS PER BS EN ISO 15614-1,

FINISHED PRODUCT: MACHINING A ROUND TENSILE SAMPLE ON A LATH FOR MECHANICAL TEST IN A LAB

FINISHED PRODUCT: MACHINING A ROUND TENSILE SAMPLE ON A LATH FOR MECHANICAL TEST IN A LAB

MECHANICAL TESTING LABORATORY: BREAKING SQUARE SHAPED SAMPLES ON AN IMPACT TESTING MACHINE

MECHANICAL TESTING LABORATORY: BREAKING SQUARE SHAPED SAMPLES ON AN IMPACT TESTING MACHINE

MACHINING ON THE LATH: PROOF LOAD TEST'S EXTENSION BAR

MACHINING ON THE LATH: PROOF LOAD TEST'S EXTENSION BAR

WQR ON STAINLESS STEEL PLATES: FRACTURE TEST AND MACROSTRUCTURE EVALUATION AS PER ISO 9606-1 ON 316L

WQR ON STAINLESS STEEL PLATES: FRACTURE TEST AND MACROSTRUCTURE EVALUATION AS PER ISO 9606-1 ON 316L

RESISTANCE DES MATERIAUX (RDM): EXPLICATION SUR L'ESSAI DE TRACTION, LA COURBE D'ESSAI DANS 3 MINUTE

RESISTANCE DES MATERIAUX (RDM): EXPLICATION SUR L'ESSAI DE TRACTION, LA COURBE D'ESSAI DANS 3 MINUTE

TEST ON HAZ AND WELD: IMPACT CHARPY TEST on EN ISO 10028 Grd 16Mo3 welded plates at low temperature

TEST ON HAZ AND WELD: IMPACT CHARPY TEST on EN ISO 10028 Grd 16Mo3 welded plates at low temperature

CUTTING A MARTENSITIC BLOCK SAMPLE AFTER HEAT TREATMENT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

CUTTING A MARTENSITIC BLOCK SAMPLE AFTER HEAT TREATMENT FOR MICROSTRUCTURE EVALUATION (METALLURGY)

CUTTING A 10MM THICK SIDE BEND FOR MECHANICAL TESTING PURPOSES AS PER ASME IX / ISO 9606-1 (FORMER)

CUTTING A 10MM THICK SIDE BEND FOR MECHANICAL TESTING PURPOSES AS PER ASME IX / ISO 9606-1 (FORMER)

COPPER TUBES FOR METALLURGICAL TEST: EVALUATING BRAZING ON A MACRO

COPPER TUBES FOR METALLURGICAL TEST: EVALUATING BRAZING ON A MACRO

BENDING STEEL WITH A MANUEL BENDING MACHINE (PRESSURED OIL, GRADE SAE 40) AS PER ISO 15614 (PQR)

BENDING STEEL WITH A MANUEL BENDING MACHINE (PRESSURED OIL, GRADE SAE 40) AS PER ISO 15614 (PQR)

GETTING READY FOR MICROSTRUCTURE EVALUATION AFTER MILLING MACHINING AND POLISHING TO MIRROR FINISHED

GETTING READY FOR MICROSTRUCTURE EVALUATION AFTER MILLING MACHINING AND POLISHING TO MIRROR FINISHED

HEAT EXCHANGERS: NON DESTRUCTIVE TEST AND PUSH OUT TEST PERFORMED BEFORE CUTTING FOR LEAKAGE PATH

HEAT EXCHANGERS: NON DESTRUCTIVE TEST AND PUSH OUT TEST PERFORMED BEFORE CUTTING FOR LEAKAGE PATH

MICROSTRUCTURE and MACROSTRUCTURE: POLISHING ON THE BELT FOR SHINY SURFACE, PREPARING FOR FERRITE

MICROSTRUCTURE and MACROSTRUCTURE: POLISHING ON THE BELT FOR SHINY SURFACE, PREPARING FOR FERRITE

MICROSTR: PREPARING FOR FERRITE AND PEARLITE AFTER POST WELD HEAT TREATMENT ON A CARBON STEEL SAMPLE

MICROSTR: PREPARING FOR FERRITE AND PEARLITE AFTER POST WELD HEAT TREATMENT ON A CARBON STEEL SAMPLE

STEEL SHAVINGS: CUTTING A 25MM TENSILE SAMPLE FROM WELDED LOW ALLOY CARBON STEEL PLATES ( S355J2)

STEEL SHAVINGS: CUTTING A 25MM TENSILE SAMPLE FROM WELDED LOW ALLOY CARBON STEEL PLATES ( S355J2)

ESSAI DE TRACTION SUR UNE ÉPROUVETTE PLANE,Résistance d matériaux, Propriétés d matériaux mécaniques

ESSAI DE TRACTION SUR UNE ÉPROUVETTE PLANE,Résistance d matériaux, Propriétés d matériaux mécaniques

STEP BY STEP DRAWING A FLANGED PIPE WITH AUTODESK INVENTOR, UNISA CAD161S 2024, Inventor Tutorial.

STEP BY STEP DRAWING A FLANGED PIPE WITH AUTODESK INVENTOR, UNISA CAD161S 2024, Inventor Tutorial.

CUTTING FOR FILLET FRACTURE TEST: GETTING TWO WELDED PLATES READY FOR CRUSHING ON 600 kN MACHINE

CUTTING FOR FILLET FRACTURE TEST: GETTING TWO WELDED PLATES READY FOR CRUSHING ON 600 kN MACHINE

IMPACT TEST (CHARPY TEST): BREAKING SQUARE BARS ON A 300 JOULES IMPACT TESTING MACHINE (ISO 148-1)

IMPACT TEST (CHARPY TEST): BREAKING SQUARE BARS ON A 300 JOULES IMPACT TESTING MACHINE (ISO 148-1)

MACHINING STAINLESS STEEL PLATES FOR MACROSTRUCTURE AND MICROSTRUCTURE EVALUATION ON A MILLING MACH.

MACHINING STAINLESS STEEL PLATES FOR MACROSTRUCTURE AND MICROSTRUCTURE EVALUATION ON A MILLING MACH.

BRAZING ON TWO BENT COPPER PIPES: MACROSTRUCTURE ON COPPER TUBES (METALLURGICAL TESTING IN LABS)

BRAZING ON TWO BENT COPPER PIPES: MACROSTRUCTURE ON COPPER TUBES (METALLURGICAL TESTING IN LABS)

HEAT EXCHANGERS: MACHINING TUBESHEET FOR MACROSTRUCTURE EVALUATION AND BUCKLING TEST (PUSH OUT TEST)

HEAT EXCHANGERS: MACHINING TUBESHEET FOR MACROSTRUCTURE EVALUATION AND BUCKLING TEST (PUSH OUT TEST)

GTAW (ROOT) & GMAW (FILLER & CAP): CUTTING A 30MM THICK CARBON STEEL SAMPLE FOR MECHANICAL TESTING

GTAW (ROOT) & GMAW (FILLER & CAP): CUTTING A 30MM THICK CARBON STEEL SAMPLE FOR MECHANICAL TESTING

ROUGH CUTTING ON THE MILLING MACHINE FOR FERRITE AND PEARLITE EVALUATION BEFORE MIRROR POLISHING

ROUGH CUTTING ON THE MILLING MACHINE FOR FERRITE AND PEARLITE EVALUATION BEFORE MIRROR POLISHING

MACHINING FOR MICROSTRUCTURE: GETTING READY FOR MACROSTRUCTURE AND MICROSTRUCTURE EVALUATION

MACHINING FOR MICROSTRUCTURE: GETTING READY FOR MACROSTRUCTURE AND MICROSTRUCTURE EVALUATION

FORGED SAMPLES (ASTM A182): CUTTING A WELDED PIPE PIECE FOR MECHANICAL AND METALLURGICAL TESTING

FORGED SAMPLES (ASTM A182): CUTTING A WELDED PIPE PIECE FOR MECHANICAL AND METALLURGICAL TESTING

CUTTING A 25MM WIDE TENSILE SAMPLE FROM A STAINLESS STEEL PIPE (SAMPLE) FOR MECHANICAL TESTING

CUTTING A 25MM WIDE TENSILE SAMPLE FROM A STAINLESS STEEL PIPE (SAMPLE) FOR MECHANICAL TESTING

MACHINING TWO WELDED PLATES FOR MICROSTRUCTURE EVALUATION ON A MILLING MACHINE BEFORE ETCHING

MACHINING TWO WELDED PLATES FOR MICROSTRUCTURE EVALUATION ON A MILLING MACHINE BEFORE ETCHING

DOVETAIL BRACKET: 3D CAD MODELING WITH AUTODESK INVENTOR FOR FUN ( CAD PRACTICE FOR BEGINNERS)

DOVETAIL BRACKET: 3D CAD MODELING WITH AUTODESK INVENTOR FOR FUN ( CAD PRACTICE FOR BEGINNERS)

NON DESTRUCTIVE TESTING: NDT DONE BEFORE PREPARING FOR HARDNESS VICKERS (TESTING FOR MACROSTRUCTURE)

NON DESTRUCTIVE TESTING: NDT DONE BEFORE PREPARING FOR HARDNESS VICKERS (TESTING FOR MACROSTRUCTURE)

MICROSTRUCTURE: ON A MILLING MACHINE, PREPARING FOR PEARLITIC AND FERRITIC STRUCTURE ( ASME SA516)

MICROSTRUCTURE: ON A MILLING MACHINE, PREPARING FOR PEARLITIC AND FERRITIC STRUCTURE ( ASME SA516)

BEND TEST: FACE BEND WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), FOR BS EN 10025: Gdr S355JR

BEND TEST: FACE BEND WITH A 40MM FORMER SIZE AS PER ASME IX (ASME 9), FOR BS EN 10025: Gdr S355JR

MECHANICAL TESTING LABORATORY: CHARPY SAMPLES BREAKING ON AN IMPACT TESTING MACHINE

MECHANICAL TESTING LABORATORY: CHARPY SAMPLES BREAKING ON AN IMPACT TESTING MACHINE

FINISHED PRODUCT: BREAKING A 1000 kN BAR THROUGH PULLING ON A TENSILE TESTING MACHINE (MECHANICAL T)

FINISHED PRODUCT: BREAKING A 1000 kN BAR THROUGH PULLING ON A TENSILE TESTING MACHINE (MECHANICAL T)

CUTTING A MARTENSITIC SAMPLE: FOR TENSILE, MICROSTRUCTURE, IMPACT (CHARPY TEST) AND HARDNESS TESTING

CUTTING A MARTENSITIC SAMPLE: FOR TENSILE, MICROSTRUCTURE, IMPACT (CHARPY TEST) AND HARDNESS TESTING

FILLER FRACTURE TEST: CUTTING T-JOINT WELDED PLATES TO BE CRUSHED ON THE TENSILE MACHINE

FILLER FRACTURE TEST: CUTTING T-JOINT WELDED PLATES TO BE CRUSHED ON THE TENSILE MACHINE

FINISHED PRODUCT: BREAKING A TENSILE SAMPLE ON A 1000 kN TENSILE TESTING MACHINE (MECHANICAL)

FINISHED PRODUCT: BREAKING A TENSILE SAMPLE ON A 1000 kN TENSILE TESTING MACHINE (MECHANICAL)