Offshore installations must be built to resist fatigue as well as extreme forces caused by
severe environmental conditions. The structural reliability analysis is the popular practise to …

The work presented in this paper forms part of a broader task in establishing a guide to
serve as technical documentation for buckling and ultimate strength assessment of various …

The reliability of offshore structure is dominantly affected by the wind-generated random
waves load. Hence, an appropriate technique is required in predicting the extreme response …

Structural Reliability treats uncertainties in structural design systematically, evaluating the
levels of safety and serviceability of structures. During the past decades, it has been …

Offshore installations are subjected to harsh marine environment and often have damages
from corrosion. Several experimental and numerical studies were performed in the past to …

Widespread strategic studies are being undertaken to guide the development of a reliability
based model code for the design of floating oil and gas production systems. A key element …

ABSTRACT Floating Production Storage and Offloading (FPSO) systems are efficient means
of natural resource management in the deep-water fields of South East Asia and Western …

To address the challenges of Gulf of Mexico (GoM) Lower Tertiary exploitation, alternative
FPSO concepts are studied by the industry. This paper documents Phase 2 of a UDW …

This paper presents a new approach of offshore jacket strengthening with rigidly connected
members and minimizing the number of clamps and bolts. Horizontal and diagonal braces …

Deterioration of marine concrete structures and its strengthening are challenges of the world
of today. Recently, the increasing use of carbon fiber reinforced polymer (CFRP) composite …