Compare ASME B31.12 and ASME B31.3 for hydrogen piping. Learn key differences in material selection, design factors, and safety standards.
Category: Technical Blog
Learn about the National Fire Protection Association (NFPA). Discover key NFPA codes and standards that ensure safety in engineering and construction.
Learn the fundamentals of composite piping systems, including their materials, benefits, industrial applications, and design considerations.
Learn about the different types of pipe joints used in piping systems, including welded, threaded, flanged, and socket joints.
Discover the fundamentals of tube bending. Learn how it works, explore the different types of bending methods, and their key industrial applications.
Learn the differences between clad and lined pipes, including weld overlay cladding, manufacturing methods, and key industrial applications.
Learn how to streamline technical information exchange with process equipment vendors to prevent project delays and ensure engineering accuracy.
Learn how to correctly configure and analyze the Smart Tee Model in START-PROF for accurate piping stress analysis.
Learn the fundamentals of compressed air system design, key components, working principles, and optimization strategies for industrial efficiency.
Learn how to select the best protective coatings for external bolting to mitigate corrosion, extend fastener lifespan, and ensure structural integrity.
Discover why Aveva PDMS outperforms Intergraph PDS in database stability, multi-user collaboration, and modern 3D plant design workflows.
Learn what a pipe saddle is, its key engineering designs, applications in piping systems, and how to choose the right configuration.