Welcome to Day 5 of our 40-day ASME B31.12 Hydrogen Piping Code series. In this session, we begin our deep dive into material toughness with a focus on Minimum Design Metal Temperature (MDMT)—a critical factor in hydrogen piping design.
This workshop-style lecture helps engineers understand how to evaluate and apply MDMT requirements to ensure safe operation under low-temperature conditions.
???? Topics Covered:
What is MDMT and why it matters
Toughness considerations for hydrogen service
Practical examples and workshop-style calculations
???? Subscribe and follow the full series to strengthen your understanding of hydrogen piping design and safety.
#ASMEB3112 #HydrogenPiping #MDMT #MaterialToughness #HydrogenSafety #PipingDesign #EngineeringWorkshopJoin
this channel to get access to perks:
https://www.youtube.com/channel/UCWE2UZvK3MI8Q1W7TUSoYUQ/join
This workshop-style lecture helps engineers understand how to evaluate and apply MDMT requirements to ensure safe operation under low-temperature conditions.
???? Topics Covered:
What is MDMT and why it matters
Toughness considerations for hydrogen service
Practical examples and workshop-style calculations
???? Subscribe and follow the full series to strengthen your understanding of hydrogen piping design and safety.
#ASMEB3112 #HydrogenPiping #MDMT #MaterialToughness #HydrogenSafety #PipingDesign #EngineeringWorkshopJoin
this channel to get access to perks:
https://www.youtube.com/channel/UCWE2UZvK3MI8Q1W7TUSoYUQ/join
- Catégories
- Cours de Basse
- Mots-clés
- ASME B31.12, Hydrogen Piping Code, MDMT
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