 Metallic and non-metallics materials selection play an important role not only in the design stage but also in the maintenance stage. The operating conditions of any equipment will determined the materials selection. This training not only discussed the jost widely used materials for engineering equipments but also explore the selection criteria for specific equipment such as casing, piping, heat exchanger, boiler and the other process equipment. Consideration will be focused on the mechanical properties, OBJECTIVE - Provide the participants a broad knowledge of material types.
- Participants will be able to decide the appropriate materials for a specific application by considering the properties, cost and fabrication of materials.
corrosion properties and cost. Fabrication aspects, especially wellding, will also be covered the application of international standard such as ASTM, ASME, API, DNV and NORSK. After attending this training, participants will be expected to have a broad knowledge of materials type and decide the appropriate materials for specific application by considering not only the properties but also the cost and fabrication.
WHO SHOULD ATTEND - Design Engineer
- Fabrication Engineer (welding engineer, structure engineer)
- Quality Assurance Personel's Who Inspect Material Quality
- Maintenance Personnel's Who Responsible For Repair and Replacement
- Purchasing Personnel's Who Responsible For The Material Order
- Everyone who wish to Broaden Their Knowledge on this Couse Subject
SYLLABUS
A. Introduction
B. Engineering Material Properties
1. Engineering Materials Classification
2. Material Properties and Their Inter-relationship With Structure
3. Fundamental of the Mechanical Behaviors of Materials
C. Properties of Metals
1. The metallurgy, structure, properties, applications and potentialities of metals and alloys in a wide variety of engineering environments.
2. Review of:
i. Carbon Steel
ii. Cast Iron
iii. Wrought Stainless Steel
iv. Cast Stainless Steel
v. Duplex Stainless Steel
vi. Cooper Alloys
vii. Aluminum Alloys
viii. Titanium Alloys
ix. Nickels Alloys
D.Properties of Polymers and Composite Materials 1. Review of thermoplastics, therjosets, elastomers, and fibers reinforced polymers.
2. The structure, properties, processing characteristics and applications for the commercially important polymers and reinforced polymers
E. Material in Applications
1. Materials for Casing and Tubing
2. Materials for Line Pipe
3. Materials for Seawater service
4. Materials for Boiler Tube
5. Materials for Hydrogen Service
6. Materials for Wear Resistance
F. Material selection in structural design
1. Principals of materials selection
2. Materials in design
3. Design concepts including function, material, shape and process
4. The translation of design requirements by the identification of functions, constrains, objectives and free variables
5. The screening of materials through the constraints
6. The ranking of materials through the objectives
7. Case studies in materials selection for various practical engineering |
