Date :
Wednesday, 13-12-2006 until Friday, 15-12-2006
08:30 - 16:00

Venue :
Holiday Inn Hotel
Jl. Ir. H. Juanda No. 33
Bandung, INA

Fee :
USD 825,-

Seminar/Conference Description :
This course is intended to anyone involved in piping in the petroleum, petrochemical, power plant and other related industries.

This course would provides :

• Understanding of basic principles of design and piping stress analysis and piping code.
• Answer to mechanical problems in industrial piping system
• Mastery of model, application and interpretation of calculation results of analysis software package

Advanced Course :

• Building a proper dynamic model
• Interpreting dynamic results
• Solving vibration problems using harmonic analysis
• Seismic analysis using the response spectrum method
• A survey of approaches to evaluating relief valve discharge

Teaching System :
This course, being a combination of theory and application of design and piping stress analysis, will adopt teaching system consisting of 30% theory and 50% workshop using CAESAR II software and 20% discussion and quiz.

• Programming : Basic, Fortran C
• Engineering Application : NASTRAN, ANSYS (Finite Element Program), CAESAR II, CAEPIPE (Pipe Stress Analysis Program), PVELITE, CODECALC (Pressure Vessel Design Analysis), CADWorx/Pipe (3DCAD Piping Layout Design), PATRAN (Pre/Post Processing Program)

Workshop will be delivered in bahasa Indonesia

Fee:
US$. 750 + 10% VAT

Who Should Attend? :
Mechanical/Piping Engineers, Engineering Managers, Plant Managers, Fresh Graduates or Mechanical Engineering Students interested in piping engineering.

Speaker :
Ade Jamal, DR. Ir.
Structural and Pipe Stress Analyst
is an experienced practitioner and engineer in the area of piping stress analysis.
He has a Master's degree in Aeronautical Engineering from Delft University of Technology - Netherlands and has completed his Doctor's degree in Stability or Composite Structure from Delft University Technology.
He is a Piping/Mechanical Engineer and Specializes in Computer Aided Engineer (Structural and Pipe Stress Analyst)