Tóp Esp Geot Condutores Cimentados-Jateados Arg Moles
Documento
Informações da Disciplina
Código
CPC882
Título
Tóp Esp Geot Condutores Cimentados-Jateados Arg Moles
Objetivos
Estudar o comportamento geotécnico de condutores jateados-cimentados em argilas moles.
Ementa
• Abordagem geotécnica de instalação de condutores jateados-cimentados. Efeitos de velocidade de avanço, de pressão e bit stick-out. A importância do Weight on Bit. Comparação de desempenho sob carga entre condutores jateados e jateados-cimentados.
Bibliografia
• [1991] Beck, Jackson, Hamilton ~ Reliable Deepwater Structural Casing Installation Using Controlled Jetting
• [1993] Awad ~ A Comparision of Jetting and Drilling Techniques for Oil Well Conductor Installation
• [1995] Nogueira ~ Jetting in Sandy Sendiments
• [2002] Jeanjean ~ Innovative Design Method for Deepwater Casing Design
• [2005] Eaton et al ~ Deepwater Batchset Operations Through the Magnolia Shallow Water Flow Sand
• [2008] Akers ~ Jetting of Structural Casing in Deepwater Environments
• [2010] Yang et al ~ Research of Conductor Setting Depth Using Jetting in the Surface of Deepwater
• [2012] Evans, Feyereisen, Rheaume ~ Axial Capacities of Jetted Well Conductors in Angola
• [2013] Mackenzie, B et al - CONDUCTOR JETTING EXPERIENCES IN DEEPWATER OFFSHORE GHANA
• [2013] Yang et al ~ Bit Stick-out Calculation for the Deepwater Conductor Jetting Technique
• [2014] Wang, Li ~ Numerical Simulation of Jet Excavation in Conductor Jetting Operations
• [2014] Zakeri et al ~ Long-Term Axial Capacity of Deepwater Jetted Piles
• [2014] Zhou et al ~ Design of Conductor Soaking Time in Deepwater Drilling
• [2015] Wang, Gao, Fang ~ Finite Element Analysis of Deepwater Conductor Bearing Capacity
• [2016] Meng, W et al - Simulation Experiment and Mechanism Research on the Change of Lateral Friction Against Surface Conductor in Deepwater Drilling
• [2016] Prasertamporn, P - Enhanced Deepwater Conductor Jetting Design for East Malaysia
• [2016] Syazwan, M et al - Enhancement of Structural Conductor Design and Execution of Jetting Operations for Ultra-Deepwater Wells in Brunei
• [2016] Zhou et al ~ Model and Experimental Study on Jetting Flowrate for Installing Surface Conductor in Deepwater
• [2018] Kan et al. - Field experimental investigation of bit stick-out
• [2019] Hongshu, W et al - Study on Safety Control Technology of Surface Conductor Jetting Penetration in Ultra-Deep Water Soft Formation Drilling
• [2019] Wang, Song ~ Study on Deepwater Conductor Jet Excavation Mechanism in Cohesive Soil
• [2021] Liu et al. - A robust and efficient method to geometrically calculate the minimum bit stick out in a deepwater conductor jetting
Créditos
3.0/45h
Professor
Fernando Artur Brasil Danziger
Idioma
Português