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Profil bibliographique

Mark A.J. Dixon

Informations fournies par OpenAlex. Research Africa ne déduit ni nationalité, ni poste, ni coordonnées personnelles.

21Publications signalées
106Citations signalées
0Affiliations récentes

Les domaines associés

Offshore Engineering and TechnologiesMarine and Offshore Engineering StudiesOil and Gas Production TechniquesStructural Integrity and Reliability AnalysisSmart Grid Energy Management

Les publications récentes

2021 book-chapter OpenAlex

Sound

Mark A.J. Dixon

In the silent era actors were occasionally placed behind projection screens to speak dialogue musical accompaniment was provided by full orchestras in the grand picture houses of the 1920s, while even smaller cinemas used solo pianists to improvise musical accompaniments while films …

0 citations
2020 conference-paper OpenAlex

A Field-Proven Wellbore Strengthening Method for Helping Prevent Lost Circulation in Highly Depleted Mature Fields: Utra-Deepwater Gulf of Mexico

Dexter Pazziuagan, Alan Giles, Jeffrey Martin, Mark A.J. Dixon et autres

Abstract The ultra-deepwater fields in the Gulf of Mexico are among the largest producers discovered to date. However, the reservoirs are interbedded with highly depleted zones, with pressure differentials up to 11,000 psi. The development, testing, and application of wellbore stability modeling …

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3 citations Offshore Technology Conference
2018 article OpenAlex

Optimized sampling design and rationale for verification and validation

K Küpfer, Mark A.J. Dixon, S. Shammas

Abstract An optimized sampling design that meets customer, design, or process requirements, while balancing technology limitations, is still a common challenge to engineering communities. This is especially true in the medical device industry. Acceptance sampling plans for manufacturing are widely available, but …

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1 citation Quality and Reliability Engineering International
2014 conference-paper OpenAlex

Installability of Umbilicals

Miguel Pereira, Pandia Raj Ramar, Mark A.J. Dixon

Abstract Offshore umbilical systems are essential for transmitting power and signals required to operate subsea facilities. In particular, umbilicals are made of a large number of elements with different engineering materials to accommodate constantly increasing requirements from oil and gas industry for …

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2 citations Offshore Technology Conference
2013 conference-paper OpenAlex

Pipe-in-Pipe: Thermal Management for Effective Flow Assurance

Mark A.J. Dixon

Introduction Deepwater technology accelerated rapidly about 10 years ago, when exploration moved from shallow to deep and ultra-deep offshore region. For such developments flowline insulation is increasingly applied and technology advancement has been the key driver for the subsea field developments in …

8 citations Offshore Technology Conference
2013 conference-paper OpenAlex

Classification of artificial cavities: a first contribution by the UIS Commission

Mario Parise, Carla Galeazzi, Roberto Bixio, Mark A.J. Dixon

The article representes a contribution by the Commission on Artificial Cavities of the Union Internationale de Speleologie \n(UIS) aimed at defining a general classification of artificial cavities. The amount and variety of cavities realized \nunderground by man is extremely high, and cover …

24 citations CINECA IRIS Institutional Research Information System (University of Bari Aldo Moro)
2008 conference-paper OpenAlex

3D Modeling Improves Deepwater Umbilical Design Dependability

Mark A.J. Dixon, Tao Zhao

Abstract Until recently, interactions between the internal components of an umbilical have been more or less neglected in modeling for fatigue prediction. In deeper waters, and with larger umbilicals, such interactions can contribute significantly to creating the conditions for umbilical failure. A …

7 citations Offshore Technology Conference
2008 conference-paper OpenAlex

Optimized Pipeline Routing

Lawrence C. McClure, Mark A.J. Dixon

Abstract The pipelaying operation for the Gulf of Mexico's first floating production, storage and offloading system (FPSO) at the KuMaZa development in Mexican waters was a challenging one due to the extreme roughness of the seabed at the field and the combination …

0 citations Offshore Technology Conference

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