SIMULA Products - NDT Course - Radiographic Testing - Details contents

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Radiographic Testing

NDT course on Radiographic Testing

Computer Based Training Course on "RADIOGRAPHIC TESTING"

	DETAILED CONTENTS (see Contents )


1. METALLURGY OF STEEL 1.1. Production of Carbon Steels Manufacturing Process Iron-carbon Diagram Addition of Elements Classification of Steels Designation of Steels Stainless Steels 1.2. Heat treatments Introduction (theory) Full Annealing Normalisation Hardening Tempering Thermo-chemical Treatments - Cementation - Nitriding 1.3. Mechanical Tests Tensile Test Hardness Test - Brinell Test - Vickers Test - Rockwell Test Resilience Test Creep test 1.4. Types of fracture Tough Fracture Brittle Fractures Fatigue Fractures 1.5. Steel Products Classification of Products Forged Pieces Castings Rolled Plates Pipes Welded Joints 1.6. Study of defects Discontinuities in steel Discontinuities in Forged Pieces Discontinuities in Castings Discontinuities in Rolled plates Discontinuities in Pipes Weld Discontinuities 2. PRINCIPLES OF PHYSICS 2.1. Structure of the Matter Structure of the Atom Natural and Artificial Isotopes Structure of Metals 2.2. Electromagnetic Waves Waves Characteristic Parameters Electromagnetic Wave 2.3. Electricity Electrical Charge Electrical Field Potential Difference Electric Current Resistance Joule Effect Transformer 3. RADIOACTIVITY AND RADIOPROTECTION 3.1. Radioactivity Radiations Decay X-Rays Emission Spectra Penetration Power Ionization Absorption Units of Measure 3.2. Radioprotection Dose Concept Radiation Biological Effects Dose Limits Radiation Measurement Radiation Protection 4. EQUIPMENT AND RADIOGRAPHIC TECHNIQUES 4.1. Radiation Generators X-ray Equipment Gamma Ray Equipment Crawler X and G Sources 4.2. Films The films Sensitometric Curves Types of Films Film Choice Intensifying Screens Comparison X and G rays 4.3. Image Quality Sensitivity Image Quality Factors Image Quality Indicators Quality Parameters Synthesis 4.4. Exposure Factors Exposure Diagrams Correction Factors Equivalent Radiographs Slide Rule for Gamma Rays 4.5. Radiographic Techniques Weld Testing Casting and Forging Testing 4.6. Examples and Exercises Examples Exercises 5. RADIOGRAPHIC OPERATIONS 5.1. Preliminary Analysis Study of the Test Piece Films Preparation Markers Positioning Film Positioning Source Positioning Shield Positioning Cordon off the Controlled Area Filmed Synthesis of Preliminary Analysis 5.2. Radiographic Inspection Setting of X-ray Parameters Preparation of G-ray Equipment Operations to carry out a Rx Safety during the Exposure Safety after the Exposure 5.3. Developing Film Preparation The Developing Process Equipment for Manual Developing Equipment for Automatic Developing Filmed Synthesis of the Developing Process 6. ANALYSIS AND INTERPRETATION 6.1. Instruments of Analysis Negatoscopes Densitometers 6.2. Radiographic Marks Categories of Radiographic Marks False Marks Radiograph Interpretation Welding Defects Fusion Defects 6.3. Radiograph Reading Conditions of Radiographic Reading General Interpretation Aspects Visibility of the Defects Acceptability Standard Radiographic Archive Reading Exercise