Fundamentals of Self-Elevating MODU Structures (DES006)
Fundamentals of Self-Elevating MODU Structures
New
Course Objectives and Benefits
The ABS requirements associated with the verification of the Self-Elevating type MODU structures are detailed, and the participant is taken through the design review process to facilitate an understanding with the intent to guide them in preparing submissions for Classification. Course Highlights
Basic Scantlings using ABS scantling formulas and applications, corrosion allowances and material grade selections Design Loads-- including operating and environmentally induced Hydrodynamics forces, equivalent hydrodynamic coefficients, combinations of wind, wave and current Design Load Cases Global Strength analysis procedure, jack-up dynamic analysis, software and Acceptance Criteria Fatigue Strength - general approach, critical locations and selection of S-N curves Ancillary and Appurtenant structures - design criteria pertinent to these local structures such as, cantilever beams and spudcans
Who Should Attend
Designers with a responsibility for structural design compliance of MODUs.This course meets the requirements of the Royal Institution of Naval Architects for Continuous Professional Development
|
Fundamentals of Self-Elevating MODU Structures
(DES006)
New
|
|
Course Objectives and Benefits
The ABS requirements associated with the verification of the Self-Elevating type MODU structures are detailed, and the participant is taken through the design review process to facilitate an understanding with the intent to guide them in preparing submissions for Classification.
Course Description
Basic Scantlings using ABS scantling formulas and applications, corrosion allowances and material grade selections Design Loads-- including operating and environmentally induced Hydrodynamics forces, equivalent hydrodynamic coefficients, combinations of wind, wave and current Design Load Cases Global Strength analysis procedure, jack-up dynamic analysis, software and Acceptance Criteria Fatigue Strength - general approach, critical locations and selection of S-N curves Ancillary and Appurtenant structures - design criteria pertinent to these local structures such as, cantilever beams and spudcans
Who Should Attend
Designers with a responsibility for structural design compliance of MODUs.This course meets the requirements of the Royal Institution of Naval Architects for Continuous Professional Development
|
Course Schedule
|
Location |
Dates |
Cost |
Email |
Phone |
|---|
| Houston, USA |
08-Sep-10 -
10-Sep-10
Timing: 0900-1700 |
1,500 USD
|
USAAcademy@eagle.org |
1-281-877-6852 |
|
To request this course be scheduled at another
date/location, please contact ABS Academy at Tel: 1-281-877-6852 or
Email: USAAcademy@eagle.org for more information. |
ABS Academy USA
ABS Academy USA
ABS Plaza
16855 Northchase Drive
Houston, TX 77060
USA
Tel: 1-281-877-6852
Email: >USAAcademy@eagle.org
Directions:
From Downtown Houston to ABS Plaza
- From Downtown, merge onto I-45 North for approximately 13 miles
- Take Exit 60B toward Beltway 8 frontage road
- Stay on I-45 frontage road and take a slight right onto Beltway 8 frontage road
- Turn left onto Greenspoint Dr.
- Turn right onto Benmar
- Turn left onto Northchase Dr. and take a left at the ABS sign.
- ABS Plaza, 16855 Northchase Dr., Houston, TX 77060
From George Bush Intercontinental Airport to ABS Plaza
- From the airport terminals take John F. Kennedy Blvd. South to Beltway 8 frontage road.
- Turn right on Beltway 8 frontage road and merge onto Beltway 8
- Take exit I-45 North/Greenspoint Dr. and stay on frontage road
- Turn right onto Northchase Dr.
- Pass Benmar Dr. and take a left at the ABS sign.
- ABS Plaza, 16855 Northchase Dr., Houston, TX 77060
Hotels:
Hilton Houston North
Tel: 1-281-875-2222
Marriott Houston North
Tel: 1-281-875-4000
AmeriSuites/Houston/Greenspoint
Tel: 281-820-6060
Course Schedule |
| Location | Dates |
Cost | Email | Phone | |
|---|
| Houston, USA |
08-Sep-10 -
10-Sep-10
Timing: 0900-1700 |
1,500 USD
|
USAAcademy@eagle.org |
1-281-877-6852 |
|
| Request this course be scheduled at another
date/location: |
 |
