HOUSTON : COADE announced today its 2009 training schedule for CAESAR II, the world's most widely used pipe stress analysis software, with the first scheduled for February 9-13 in Houston, Texas. These COADE-approved courses provide world-class instruction for better analysis of results and improved piping designs and also offer Continuing Education Units. CAESAR II courses are designed for the manager, engineer or designer involved in piping design or stress analysis of initial design, refurbishment, fabrication or maintenance of process plants and piping systems. During these courses, attendees will work on case studies developed by COADE's technical support staff while helping thousands of users solve real-world problems.
Five-day classes on Static Analysis using CAESAR II are scheduled for February 9-13, April 20-24, June 9-12, September 14-18, and November 9-13, 2009. Three-day classes on Dynamic Analysis using CAESAR II are scheduled for April 20-24 and November 9-13, 2009. All will be held in Houston, Texas. Registration information is available at http://www.coade.com/PDF/c2semregform.pdf. COADE Productivity Training information is available at http://info.coade.com/content/CAESARIITraining.
Feb 3, 2009
COADE Announces 2009 COADE Productivity Training Schedule for CAESAR II Pipe Stress Analysis Software
Filed under:
COADE
Popular Articles
- New high-fidelity LMS SCADAS Lab front-end provides solid engineering solution for lab-based data acquisition
- ESPRIT at MicroManufacturing and NanoManufacturing Conferences & Exhibits
- Delcam to launch 64-bit PowerINSPECT at Control
- PTC Named Winner of 2011 Frost & Sullivan Global Green Excellence in Product Innovation Award
- ESPRIT CAM creator DP Technology gears up in Europe
- COMET robot machining consortium meets at Fraunhofer
- Autodesk Acquires T-Splines Modeling Technology Assets
- PLMIG publishes the first ever PLM Governance Standard
- Siemens Extends Industry Software Contract with Procter & Gamble Co.
- TDS Selects MSC Software's Marc for Nonlinear Analysis