Master Hooke’s Law! Explore its statement, equations (F=-kx, σ=Eε), stress-strain graph, practical applications, and physical limitations.
Category: Technical Blog
Learn how to verify if your pipe stress range calculation is correct and compliant with ASME B31.3 engineering standards.
Learn what Young’s Modulus is, its formula, practical applications, and why steel is more elastic than rubber in this complete guide.
Learn how to perform air cooler piping stress analysis in Caesar II, including modeling headers, vendor displacements, and restraint nodes.
Explore PVC piping and fittings, including manufacturing, standards, support spans, UV resistance, joining methods, and comparisons to carbon steel.
Learn how the stress-strain curve is generated and explore its key properties like yield strength, Young’s modulus, and material behaviors.
Learn Pascal’s law: its definition, formula, and practical applications in hydraulic systems and engineering.
Learn how to design pipe trunnions and dummy supports, understand their structural behavior, and perform accurate stress calculations.
Learn how pipe support friction coefficient affects frictional loads in piping systems, including material values and stress analysis tips.
Learn the engineering principles and best practices for supporting dual insulated piping systems to prevent thermal bridging and damage.
Learn what a pipe shoe is, its primary functions in piping systems, and the different types used to support and protect pipes.
Learn how piping vibration isolators protect industrial piping systems from noise, structural stress, and mechanical damage.