What you'll learn:
Understanding Various Elements of Material
Impact of Carbon, Manganese, Silicon, Sulfur, Phosphorus, Chromium, Molybdenum, Nickel etc.
Understand Various Heat treatment & Important Terms
Understand import things about ASTM standards : Nomenclature
Various Types of steels
Carbon, Low temperature, Stainless steel Pipes & Alloy steel
10 ASTM Standards : Important clauses
ASTM 106, 53, 672, API5L, ASTM 312, 358, 333, 671, A335
Differences between A106 & A53
Difference between A106 & A312
Various Seamless & Welded Pipes
Comparison of various Grades
Detailing of Impact Testing
Clauses to Get Exemption from Impact Testing
What are various ordering information required
Various references from other ASTM & ASME standards

Requirements
None

Description
7 Modules of Pipe Materials

This course covers 7 important sections which talks about the materials generally used in piping industry. First section talks about the various elements of materials along with their impact on chemical & mechanical properties.

Commonly used Elements which are covered in this section are Carbon, Manganese, Silicon, Sulfur, Phosphorus, Chromium, Molybdenum, Nickel etc.

In second section most common terms relate to heat treatment & general are covered, for example: Hardenability, Quenching, Tempering, Elasticity, Tensile strength, Yield strength & ductility.

Third section talks about the various factors which are required to understand the ASTM standard. It will answer the questions like what are ASTM standards, why these standards are required, how these standards are developed. Each and every alphabet & numeric number in Standard's name has a meaning. All these nomenclatures shall be discussed with some practical examples.

Next four sections talk about Carbon Steel, Low temperature carbon steels; Stainless steel & Alloy steel pipes. Most of the common & important clauses from various ASTM standards have been covered.

Pipe Materials for Seamless & welded pipes have been listed for various steel types and their ASTM standards along with various grades have been explained. Chemical & Mechanical Properties w.r.t. various compositions have been discussed. Various Grades are compared w.r.t. each other so that better clarity is there to understand various clauses. Ordering information w.r.t. individual Pipe material has been furnished and explained in detail. Various factors behind getting the required the mechanical & chemical properties have been discussed.

Glad to inform that I have used some graphics in this course specially to make it interesting, and to avoid distractions because of literature involved.

Who this course is for
Designers & Engineers

Citación :

https://rapidgator.net/file/734e5b192cb7ae0545e3b3a67945a580/he5ak.7.Modules.of.Pipe.Materials.II.Piping.Engineering.part1.rar.html
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