Advanced evaluation of composite materials in modern engineering
Current techniques for analyzing composite materials in high-performance industrial sectors.
Todas las publicaciones de Carlos Álvarez
ASME VIII: Keys to pressure vessel fabrication
Section VIII of the ASME (American Society of Mechanical Engineers) Code is a fundamental standard in the pressure equipment industry. This section establishes requirements for the design, manufacture and inspection of pressure vessels. ASME Section VIII Division 1 is a comprehensive standard with several requirements and guidelines for testing and certification of pressure vessels.
Transforming Manufacturing: The Power of END 4.0 Optimization
Explore the intersection between NDT 4.0 and manufacturing process optimization, highlighting its impact on quality, productivity and operational excellence.
Microwave Non-Destructive Testing: Innovation in NDT technology
The application of microwaves improves non-destructive inspection of dielectric materials, offering high sensitivity without altering the properties of the tested object.
Technical training in NDT with applied artificial intelligence
Non Destructive Testing allows the evaluation of industrial materials, evolving towards digital solutions driven by artificial intelligence and new technologies.
NDT and aircraft safety: Ensuring reliability through inspections
Non Destructive Testing allows the detection of invisible defects, guaranteeing flight safety.
HDPE pipes: Guided wave ultrasonic inspection
Analysis of high-density polyethylene pipes allows for the detection of damage and ensures their performance in industrial processes.
Artificial Intelligence in the evolution of Digital Radiography
With technological advances, digital radiography has become an essential technique for industrial inspection and quality control.
Exploring the potential of Phase Coherence Imaging (PCI)
Inspenet, October 24, 2023. In the world of industrial inspection, the constant search for innovative technologies that allow a more precise and efficient evaluation of materials and products is a priority. In this context, Phase Coherence Imaging (PCI) has emerged as a promising technique for a variety of applications, both in technical and medical fields.