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Computational rheology for pipeline and annular flow
Chin, Wilson C · Boston : Gulf Professional Pub, 2001
- Publisher
- Boston : Gulf Professional Pub, 2001
- Physical description
- 257 pages
- ISBN
- 0884153207 (alk. paper)
- Dewey classification
- 622/.3382
- Subjects
- Oil well drillingPetroleum pipelines--Fluid dynamics--Mathematical modelsWells--Fluid dynamics--Mathematical models
- Language
- English
Digital copy
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Catalogue record
| Field | Value |
|---|---|
| 001Control number | 25028 |
| 003Control number identifier | OCoLC |
| 005Date and time of latest transaction | 13 Jun 2016, 16:18 |
| 008Fixed-length data elements | 000731s2001 maua b 001 0 eng |
| 010Library of Congress control number | 00061768 00006176 |
| 020International Standard Book Number (ISBN) | 0884153207 (alk. paper) |
| 040Cataloging source | DLC DLC C#P ORE |
| 041Language code | eng |
| 042Authentication code | pcc |
| 050Library of Congress call number |
|
| 082Dewey Decimal call number | 622/.3382 CH311C |
| 100Main entry – personal name | Chin, Wilson C. |
| 245Title statement | Computational rheology for pipeline and annular flow / by Wilson C. Chin. |
| 260Publication, distribution, etc. (imprint) | Boston : Gulf Professional Pub., 2001 |
| 300Physical description | xii, 257 p. : ill. ; 24 cm. |
| 504Bibliography, etc. note | Includes bibliographical references and index. |
| 650Subject added entry – topical term |
|
| 999Collection | Downloads |
=001 25028=003 OCoLC=005 20160613161841.7=008 000731s2001 maua b 001 0 eng=010 \\$a00061768 $z00006176=020 \\$a0884153207 (alk. paper)=040 \\$aDLC $cDLC $dC#P $dORE=041 ##$aeng=042 \\$apcc=049 \\$aOREU=050 00$aTN871 $b.C49535 2001=050 00$aTN871 $b.C49535 2001=082 00$a622/.3382 $bCH311C=100 1\$aChin, Wilson C.=245 10$aComputational rheology for pipeline and annular flow / $cby Wilson C. Chin.=260 \\$aBoston : $bGulf Professional Pub., $c2001=300 \\$axii, 257 p. : $bill. ; $c24 cm.=504 \\$aIncludes bibliographical references and index.=650 \0$aOil well drilling.=650 \0$aPetroleum pipelines $xFluid dynamics $xMathematical models.=650 \0$aWells $xFluid dynamics $xMathematical models.=907 \\$b21760718=LDR 01025cam a22003254a 4500

