Foundations of Pipe Material Specification

Choosing the right pipe material is critical for the safety, efficiency, and longevity of any industrial system. Making the wrong choice can lead to costly failures and operational risks. This text-based course provides the foundational knowledge to confidently navigate this complex field. You'll learn how to interpret design requirements, understand material properties, and apply industry standards to specify the correct materials for the job, ensuring your piping designs are both safe and effective. What you'll learn: - Understand the fundamental differences between pipes and tubes and their manufacturing processes. - Learn to interpret and apply key industry standards, including the ASME B31 code for pressure piping. - Master the properties of common piping materials, from carbon steels and alloys to non-metallic options. - Practice creating a basic Pipe Material Specification (PMS) document based on process conditions. - Apply principles of corrosion resistance and material compatibility to select durable, long-lasting solutions. - Evaluate materials based on lifecycle costs and sustainability criteria for modern engineering projects. The course starts with essential terminology and material science concepts, then progresses to the practical application of standards and specification development through written exercises. This course is ideal for aspiring piping designers, junior engineers, and technical professionals new to material selection. No prior experience in piping specification is required to begin. Enroll to build your expertise in this essential engineering discipline.