FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2803739829> ?p ?o ?g. }

• W2803739829 abstract "Oil and gas development is moving into harsh and remote locations where the highest level of safety is required. A blowout is one of the most feared accidents in oil and gas developments projects, which is the result of uncontrolled flow of influx into the wellbore. Limited insights about the rapidly changing physical parameters during a blowout necessitates the exhaustive analysis of kick detection parameters. The risk of blowout consequences can be minimized by appropriate kick detection and well control techniques. This work presents a dynamic numerical simulation of kick detection and experimental studies to analyze hydrodynamic properties of drilling fluid to detect a kick. The experimental results are used to verify dynamic numerical simulation results. A three dimensional CFD simulation of a pressure cell which is a mimic of a scaled down version of a wellbore is performed using commercial CFD package ANSYS Fluent-15. The main objective of this simulation model is to analyze the pressure gradient, rising speed of a gas kick and volumetric behaviour of the gas kick with respect to time. Simulation results exhibit a sudden increase of pressure while the kick enters and volumetric expansion of gas as it flows upward. This improved understanding helps to develop effective well control strategies. The proposed numerical simulation model is validated by comparison with experimentally obtained downhole pressure during an influx into the pressure cell. This study confirms the feasibility and usability of an intelligent drill pipe as a tool to monitor well condition and develop blowout risk management strategies. Furthermore, to quantify the risk of blowout consequences, this work aims to test and validate a blowout risk assessment model using uniquely developed experimental results. Kick detection is a major part of the blowout risk assessment model. The accuracy and timeliness of kick detection are dependent on the monitoring of multiple downhole parameters such as downhole pressure, fluid density, fluid conductivity and mass flow rate. In the present study these four parameters are considered in different logical combinations to assess the occurrence of kick and associated blowout risk. The assessed results are compared against the experimental observations. It is observed that simultaneous monitoring of mass flow rate combined with any one the three parameters provides most reliable detection of kick and potential blowout likelihood. This work confirms that a blowout risk model integrated with real time monitoring is a reliable and effective way of managing blowout risk. Upon success testing of this approach at the pilot and field levels, this approach could provide a paradigm shift in drilling safety." @default.
• W2803739829 created "2018-06-01" @default.
• W2803739829 creator A5023309581 @default.
• W2803739829 date "2017-05-01" @default.
• W2803739829 modified "2023-09-25" @default.
• W2803739829 title "Numerical simulation & risk analysis of well kick" @default.
• W2803739829 cites W1504193025 @default.
• W2803739829 cites W1519133389 @default.
• W2803739829 cites W1917828803 @default.
• W2803739829 cites W1969553325 @default.
• W2803739829 cites W1970099888 @default.
• W2803739829 cites W1974722829 @default.
• W2803739829 cites W1975091299 @default.
• W2803739829 cites W1999887899 @default.
• W2803739829 cites W2000090023 @default.
• W2803739829 cites W2005250953 @default.
• W2803739829 cites W2007538096 @default.
• W2803739829 cites W2014694450 @default.
• W2803739829 cites W2015278586 @default.
• W2803739829 cites W2019509828 @default.
• W2803739829 cites W2025677789 @default.
• W2803739829 cites W2026554835 @default.
• W2803739829 cites W2026799549 @default.
• W2803739829 cites W2028311479 @default.
• W2803739829 cites W2043089065 @default.
• W2803739829 cites W2053922935 @default.
• W2803739829 cites W2056670028 @default.
• W2803739829 cites W2065800508 @default.
• W2803739829 cites W2073731305 @default.
• W2803739829 cites W2075306379 @default.
• W2803739829 cites W2077861121 @default.
• W2803739829 cites W2091480643 @default.
• W2803739829 cites W2091886993 @default.
• W2803739829 cites W2114481743 @default.
• W2803739829 cites W2150805640 @default.
• W2803739829 cites W2196397028 @default.
• W2803739829 cites W2328511567 @default.
• W2803739829 cites W2341442235 @default.
• W2803739829 cites W28562684 @default.
• W2803739829 cites W2884834264 @default.
• W2803739829 cites W2984382685 @default.
• W2803739829 cites W604368492 @default.
• W2803739829 cites W655078603 @default.
• W2803739829 hasPublicationYear "2017" @default.
• W2803739829 type Work @default.
• W2803739829 sameAs 2803739829 @default.
• W2803739829 citedByCount "0" @default.
• W2803739829 crossrefType "dissertation" @default.
• W2803739829 hasAuthorship W2803739829A5023309581 @default.
• W2803739829 hasConcept C121332964 @default.
• W2803739829 hasConcept C127413603 @default.
• W2803739829 hasConcept C146978453 @default.
• W2803739829 hasConcept C1633027 @default.
• W2803739829 hasConcept C173736775 @default.
• W2803739829 hasConcept C199104240 @default.
• W2803739829 hasConcept C25197100 @default.
• W2803739829 hasConcept C2776088076 @default.
• W2803739829 hasConcept C2778904306 @default.
• W2803739829 hasConcept C2780411076 @default.
• W2803739829 hasConcept C38349280 @default.
• W2803739829 hasConcept C44154836 @default.
• W2803739829 hasConcept C500300565 @default.
• W2803739829 hasConcept C57879066 @default.
• W2803739829 hasConcept C78519656 @default.
• W2803739829 hasConcept C78762247 @default.
• W2803739829 hasConceptScore W2803739829C121332964 @default.
• W2803739829 hasConceptScore W2803739829C127413603 @default.
• W2803739829 hasConceptScore W2803739829C146978453 @default.
• W2803739829 hasConceptScore W2803739829C1633027 @default.
• W2803739829 hasConceptScore W2803739829C173736775 @default.
• W2803739829 hasConceptScore W2803739829C199104240 @default.
• W2803739829 hasConceptScore W2803739829C25197100 @default.
• W2803739829 hasConceptScore W2803739829C2776088076 @default.
• W2803739829 hasConceptScore W2803739829C2778904306 @default.
• W2803739829 hasConceptScore W2803739829C2780411076 @default.
• W2803739829 hasConceptScore W2803739829C38349280 @default.
• W2803739829 hasConceptScore W2803739829C44154836 @default.
• W2803739829 hasConceptScore W2803739829C500300565 @default.
• W2803739829 hasConceptScore W2803739829C57879066 @default.
• W2803739829 hasConceptScore W2803739829C78519656 @default.
• W2803739829 hasConceptScore W2803739829C78762247 @default.
• W2803739829 hasLocation W28037398291 @default.
• W2803739829 hasOpenAccess W2803739829 @default.
• W2803739829 hasPrimaryLocation W28037398291 @default.
• W2803739829 hasRelatedWork W1582392588 @default.
• W2803739829 hasRelatedWork W18409072 @default.
• W2803739829 hasRelatedWork W1970198863 @default.
• W2803739829 hasRelatedWork W1994571251 @default.
• W2803739829 hasRelatedWork W2013198602 @default.
• W2803739829 hasRelatedWork W2022679698 @default.
• W2803739829 hasRelatedWork W2048726156 @default.
• W2803739829 hasRelatedWork W2055259788 @default.
• W2803739829 hasRelatedWork W2115265030 @default.
• W2803739829 hasRelatedWork W2119384748 @default.
• W2803739829 hasRelatedWork W2165364013 @default.
• W2803739829 hasRelatedWork W2219037847 @default.
• W2803739829 hasRelatedWork W2770059231 @default.
• W2803739829 hasRelatedWork W2894131636 @default.
• W2803739829 hasRelatedWork W2914250242 @default.
• W2803739829 hasRelatedWork W2969877865 @default.

• next