INFORMATION TO STUDENTS AND LIBRARY. SPRING 2003
Subject:SIN 1046 Design of Offshore Structures
Staff in charge: Professor Torgeir Moan
Weekly study load:Spring:3F-2Øu-1Øs-2D = 11Bt / Description:
See overleaf
FTuesday 1015-1200 aud. T1, Thursday 1015-1200 aud. T6
Ø agreement See detailed lecture plan
Exam: May 13th
Written/oral:Written / Aids: C
Duration: 5hours / Exercises: O / Grading policy: TEØ
Code: See page 45 in “Studiehåndbok 2002-2003”
Lecturer:
Professor Torgeir Moan / Meeting time: Room no: F2.162
Marine Technology Centre
Lecture plan / First lecture: January 14th / Last lecture: April 29th
Lecture no / Week / Topic
1-2
1-4
5-6
7-12
13-15
16
17
18-21 / 3
3-5
5-6
6-9
10-12
12
13
14-18
with Easter break in
week 16 / Overview
Functional and Safety Requirements (Design Criteria).
Design - fabrication - and use. Design process
Reassessment of existing structures
Structural Reliability Analysis
Loads and Load effects – in view of design
-functional loads
-wind-, wave- and current loads
-structural analysis
-dynamic load effects
Ultimate strength analysis for design and requalification
Strength formulations
Strength of damaged structures
Material selection in view of ULS, FLS, ALS criteria
Inspection, maintenance and repair
Design of floating platforms, ships, ..)
-function, equipment and arrangement
-buoyancy and stability; and strength
-fabrication issues
Exercises
Time and place exercises (Øu): See above and separate info
Time and place for exercises (Øs): See above and separate info
Mandatory exercises: See overleaf
Responsiblef or exercises: Research fellow: Bin Zhang, tel 91546 Room G2.190
E-mail:
Deadline for exercises: Given on the problem
More information overleaf
Aim: The objective of this course is to enable the student to carry out simple tasks regarding design and dimensioning of offshore structures used in the exploitation of oil and gas and other ocean resources.
Prerequisites: Subject SIN0501 Marin teknikk 1, SIN 1001 Marin teknikk 2, SIN 2001 Marin teknikk 3, SIN 1501 Marin hydrodynamikk og konstruksjonsteknikk GK1 and SIN 1010 Marin hydrodynamikk og konstruksjonsteknikk GK2.
Contents: Overview of structural concepts. Serviceability and safety requirements. Fabrication and installation requirements. Review of loads, load effect and (system) strength analysis and dimensioning against ultimate and fatigue failure. Load carrying behaviour of floating, semi-floating and fixed structures. Use of steel, aluminium and other materials. Selection of system layout. Platform concept selection.
Teaching methods: Lectures, exercises. Exercises count 40% in the grading: 1 home exercise: 15%. Midterm exercise: 2 hrs: 25%
Literature for required reading
Copies of transparencies.
Moan, T.: “Design of Offshore Structures”, Vol 1 & 2. Dept. of Marine Structures
Codes and Regulations. Papers.
Required reading:
Tentative list of required reading: See separate information.
Additional literature
“Floating Structures: A guide for design and analysis”, Vol. 1 and 2. N.D.P. Barltrop (ed), Publication 101/98, The Centre for marine and Production Technology, OPL, 1998.
Clauss, G., Lehmann, E.and Østergaard, C.: "Offshore Structures", Springer, Vol. 1,1991.
"Offshore Engng. Development of Small Fields", Goodfellow Assoc. Ltd., Gratham & Trotman. 1986.
API (1994) Recommended Practice for Planning, Designing and Constructing Floating Production Systems. API RP 2FPX (Draft)
List of articles within loads, materials, strength, reliability, design, inspection planning etc.
Student contact person (between teacher and student):
Evaluation committee (2 students + teacher) to be held in week 9 and 16. In addition to contact person, the following student will participate:
Date: 13/01/2003 Staff in charge: Torgeir Moan