Compare Tresca and Von Mises yield criteria for piping and pressure vessel design. Learn when to apply each stress theory accurately.
Category: Technical Blog
Learn the Von Mises theory of failure, understand its yield criterion, and master the Von Mises stress formula for ductile materials.
Learn the essential methods for flange leakage analysis and calculation to ensure piping system integrity and prevent hazardous leaks.
Learn the fundamentals of metal creep and how the ASME Boiler and Pressure Vessel Code (BPVC) addresses high-temperature design limits.
Learn what corrosion under insulation (CUI) is, what causes it, and how to prevent this hidden threat to industrial piping and equipment.
Learn the requirements, procedures, and types of ASME B31.3 pressure leak tests, including hydrostatic and pneumatic testing methods.
Learn the minimum distance between welds according to ASME, EN, and AWS codes to prevent heat-affected zone overlap and structural failure.
Learn how the coating factor influences buried pipeline stress analysis, soil-pipe interaction, and structural integrity in pipeline engineering.
Learn how GRE design and failure envelopes define safe operating limits for glass reinforced epoxy piping under pressure and temperature.
Explore the different types of fractional distillation processes, their industrial applications, working principles, and key equipment.
Learn how extractive distillation separates aromatics from non-aromatics using selective solvents to optimize petrochemical purity and yield.
Learn how to select the right bolting materials for piping engineering applications, including ASTM standards, grades, and temperature limits.