A Bayesian network probabilistic framework is suggested for reliability prediction of two
conceptual subsea processing systems. A suitable reliability prediction method for …

In this study, we derived a Discrete Euler–Lagrange (DEL) equation to represent the motion
of a multibody system, in which many bodies are connected physically by joints or wire …

This paper presents an integrated framework for the reliability-based design of deep-water
vertical subsea separators using a novel collapse strength model. An analytical model for …

Subsea manifold system is a complex system that occupies a pivotal role in contemporary
ocean engineering and has a significant impact on the safety of marine resource …

Biomass is an attractive renewable and stored energy that can be converted to
transportation fuels, chemicals and electricity using bio-chemical and thermo-chemical …

针对传统海上生产平台存在建设周期长, 成本高和抵抗灾害能力弱等问题,
水下生产系统逐渐成为深水油气资源开发的主流模式. 本文总结了水下生产系统的发展历程及其 …

In this study, a wireline riser tensioner (WRT) system was dynamically simulated to analyze
the dynamic response of the riser string in a mobile offshore drilling unit (MODU) such as a …

The subsea equipment installation is a complex operation that demands a precise and
reliable approach to avoid the accidental losses of lives and equipment damage. The …

Since various existing simulation tools based on multibody system dynamics focus on
conventional mechanical systems, such as machinery, cars, and spacecraft, there are some …

This study conducts a comprehensive numerical analysis for design and optimization of a
conceptual subsea vertical separator for deep-water applications. Following functional …