Radiographic Film Interpretation

Image credit @mme-group

Radiographic Film Interpretation

Welcome to our comprehensive Radiographic Film Interpretation course, designed to prepare you for Level II or III exams and work situations. In the field of non-destructive testing, knowledge is power, and understanding the radiographic testing (RT) process for accurate interpretation of radiographs can make a crucial difference between acceptable and catastrophic results. This 40-hour course/class meets the theory training requirements set by AWS (American Welding Society).

Course Outline:

Section 1: Introduction to Radiography

• Overview of radiographic testing principles and applications.

Section 2: Radiographic Image Quality (Sensitivity)

• Understanding the factors influencing image quality in radiographic films.

Section 3: Industrial Radiographic Film

• Examination of the properties and characteristics of radiographic films used in industrial applications.

Section 4: Intensifying Screens

• Exploring the use and function of intensifying screens in radiographic imaging.

Section 5: Manual Film Processing

• Techniques and procedures involved in manual processing of radiographic films.

Section 6: Automatic Film Processing

• Understanding the principles and operation of automatic film processing systems.

Section 7: General Assessment of Radiographs

• Guidelines and methodologies for assessing and interpreting radiographic images.

Section 8: Storage of Radiographic Film

• Best practices for proper storage and preservation of radiographic films.

Section 9: Auditing of Darkroom Facilities

• Considerations for ensuring proper darkroom facilities and equipment for film processing.

Section 10: Materials & Processes

• Examination of specific materials and processes commonly encountered in radiographic testing, including iron & steel production, metal forming, welding, and casting.

Section 11: Discontinuities & Defects

• Identification and classification of different types of discontinuities and defects in radiographic images, including inherent, processing, secondary processing, and in-service defects.

Section 12: Quick Study Guide for Materials & Processes

• A concise reference guide summarizing the key aspects of materials and processes encountered in radiographic testing.

Section 13: Specifications and Procedures (RT Film Interpretation)

• Understanding the relevant specifications and procedures for accurate interpretation of radiographic films.

Enroll in our Radiographic Film Interpretation course and enhance your expertise in analyzing radiographs. Gain the necessary knowledge and skills to excel in RT examinations and confidently handle real-world work situations. Expand your capabilities in non-destructive testing and contribute to ensuring the highest standards of quality and safety in various industries.

Are you interested in pursuing a career in inspecting metallic structures, such as cranes, oil pipelines, airplanes, and buildings? NDT Training is essential for individuals aspiring to enter this field. Non-destructive testing (NDT) is a comprehensive method used to examine materials and components without altering or compromising their usefulness. It allows for the detection, sizing, and location of surface and subsurface flaws and defects.

NDT plays a pivotal role in ensuring everyday safety and reliability. From aircraft and spacecraft to motor vehicles, pipelines, bridges, trains, power stations, refineries, buildings, and oil platforms, NDT is used to inspect and maintain critical infrastructure. As a quality assurance management tool, NDT delivers impressive results when applied correctly. It requires a deep understanding of various methods, their capabilities, limitations, and knowledge of relevant standards and specifications for conducting tests.

Defects that go undetected in materials, products, and equipment can lead to costly repairs or premature replacement. Moreover, they can pose safety hazards, result in catastrophic failures, and cause revenue loss due to unplanned plant shutdowns.

NDT techniques can be applied at every stage of an item's construction. Materials and welds can be thoroughly examined using NDT, allowing for acceptance, rejection, or repair. Additionally, NDT can be utilized to monitor the integrity of an item or structure throughout its design life, ensuring long-term reliability and safety.

At our institute, we provide comprehensive NDT training that equips individuals with the skills and knowledge required to excel in the field. Our courses cover a wide range of NDT methods, industry standards, and practical applications. Whether you are a beginner or an experienced professional seeking to enhance your skills, our training programs offer valuable insights and hands-on experience.

Join us and embark on a rewarding career path where you can contribute to the safety and reliability of critical infrastructure. Contact us today to learn more about our NDT training programs and start your journey towards becoming an NDT expert.