Coiled Tubing Times - oil & gas service, fracturing, coil tubing, well intervention, workover

Journal

Issue 30, November 2009

Editorial Board

PRESIDENT OF EDITORIAL BOARD

A. YANOVSKY, Doctor of Economics, Professor, Deputy Minister of Energy of the Russian Federation

VICE PRESIDENT OF EDITORIAL BOARD

L. HRUZDZILOVICH, Chairman of the Academic Council of Nonprofit Partnership “Coiled Tubing Technologies Development Center“

EDITORIAL BOARD

J. ATTIE, Vice President, International Sales, Global Tubing

J. CHERNYK, Vice President, Sales and Marketing, Foremost Industries Ltd Partnership

R. CLARKE, Editor-in-Chief

D. GRIBANOVSKY, Deputy Director General of NOV Fidmash

I. KRIVIKHIN, Chief Engineer of Surgut UPNP&KRS, JSC Surgutneftegaz

A. LAPATSENTAVA, Director General of NOV Fidmash

G. LEES, Commercial and Alliance Strategy, BCG Energy Ltd

A. MOLCHANOV, Doctor of Engineering, Professor, Correspondence Member of the Russian Engineering Academy, Manager of the Chair of Technical Mechanics of the Gubkin Russian State University of Oil and Gas

E. SHTAHOV, Doctor of Engineering, Deputy Director General of “RosTEKtehnologii“

V. SHURINOV, Doctor of Engineering, Director of Nonprofit Partnership “Coiled Tubing Technologies Development Center“

V. VOITENKO, Doctor of Engineering, Professor, Member of the Russian Academy of Natural Sciences

B. VYDRIK, Deputy Chairman of the Academic Council of Nonprofit Partnership “Coiled Tubing Technologies Development Center“

R. YAREMIYCHUK, Doctor of Engineering, Professor, Member of the Russian Academy of Natural Sciences

G. ZOZULYA, Doctor of Engineering, Professor, Manager of the Chair of Well Workover and Recovery of Tyumen State Oil & Gas University

Read in the Next Issue

An article on CT Mechanical Limits by a recognized industry expert Ken Newman. The article discusses force and pressure limits for coiled tubing and the mathematical models employed for calculating these limits. The theoretical information with the von Mises incipient yield criterion being introduced as a widely accepted model for establishing CT limits is illustrated with useful examples. This is a must-read article for all those who want to take a deeper insight into the nature of CT Collapse and learn about how it can be predicted.