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Last Loaded on Web: Monday, April 01, 2013
Weldasearch® is a database of short abstracts of articles on welding, joining, and allied technologies. T It aims to be a comprehensive record of appropriate worldwide literature published since 1966. Every aspect of welding and allied processes is covered including design, materials science, fatigue and fracture mechanics, equipment for joining and cutting processes, corrosion, surfacing, microjoining, metallurgy and materials science, quality control, inspection, non-destructive testing, health and safety, and commercial applications.
Weldasearch® has comprehensive coverage of all key industry sectors including aerospace, automotive, electronics, shipbuilding, fabrication of bridges, pipelines, offshore structures and pressure vessels, fabrication of power generation, nuclear and process plant, robotics and automation, repair and maintenance. Processes of welding, brazing and soldering, microjoining, diffusion bonding, thermal cutting, surfacing and hardfacing, thermal spraying are covered.
For indexing the database uses Descriptors which are taken from the International Welding Thesaurus, which can be found at: http://www.iiwelding.org. Click the "Publications" tab, then "Terminology" to access the thesaurus.
USE FILE 25to find the global literature on the welding and allied processes. Consider British spelling variation. USE /CO OR CO=to search for company names: S CO=META TECHNOLOGYUSE DESCRIPTORSto check and select the thesaurus terms: S LIGHT METALS/DEUSE RANKto find additional descriptors: SELECT INDUSTRIAL GASESRANK DE USE /ENG LIMITto limit a search to articles in English: SELECT S3/ENG
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Chief literature sources for Weldasearch® are journals, conference proceedings, standards, books, reports, and theses (dissertations).
| Dates Covered: | 1966 to the present |
|---|---|
| File Size: | 222,191 records as of August 2012 |
| Update Frequency: | Monthly |
| ACRONYM | CATEGORY NAME |
|---|---|
| AEROSPAC | Aerospace |
| AUTO | Automotive Research |
| CERAMICS | Ceramics and Composites |
| CHEMENG | Chemical Engineering |
| CIVILENG | Civil Engineering |
| EECOMP | Electrical Engineering |
| ELECTENG | Electrical Engineering |
| ENG | Engineering |
| MANUFACT | Manufacturing |
| MATERIAL | Materials |
| MECHENG | Mechanical Engineering |
| METALS | Metals |
| PAINTS | Paints and Coatings |
| SCITECH | Science and Technology |
| TRANSPOR | Transportation |
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Weldasearch is produced by TWI Ltd. Questions concerning database content should be directed to: Sheila Thomas Granta Park Great Abington, Cambridge CB21 6AL United Kingdom
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For Dialog's Redistribution and Archive Policy, enter HELP ERA online. The following terms and conditions also apply.
The Weldasearch® database is copyrighted by TWI Ltd. All rights reserved.
Weldasearch® abstracts are intended to represent the contents of the original publications. All reasonable care is taken in abstracting and editing, but TWI Ltd can not accept any liability in respect of any error or omission, or of any views expressed, which are those of the original authors, not of TWI.
You may download, copy and use Weldasearch® records personally or pass results of a search to an individual within your own organisation. For distribution outside your organisation a separate agreement is required with TWI Ltd.
| DIALOG(R)File 25:Weldasearch | |
| (c) 2012 TWI Ltd. All rts. reserv. | |
| AA= | 00272050 251752 |
| /TI | Diffusion bonding of AISI 304L steel to low-carbon steel with AISI 304L |
| steel interlayer. | |
| AU= | VIGRAMAN T; RAVINDRAN D; NARAYANASAMY R |
| CS= | NATIONAL ENGINEERING COLLEGE, KOVILPATTI; NATIONAL INSTITUTE OF TECHNOLOGY, |
| TIRUCHIRAPPALLI | |
| JN=,SO=,PY= | Materials and Design, vol.34, no.2. Feb.2012. pp.594-602. 9 fig., 6 tab., |
| 23 ref. | |
| JN= | MATERIALS AND DESIGN |
| PD=,DT= | PUBLICATION DATE: 20120000 DOCUMENT TYPE: Journal |
| LA=,RT= | LANGUAGE: English RECORD TYPE: Abstract |
| SN= | ISSN: 0261-3069 |
| II | DOI: http://dx.doi.org/10.1016/j.matdes.2011.05.012 |
| /AB | The microstructure, metallurgy, hardness, tensile strength and fracture |
| toughness of diffusion bonded joints between AISI 304L austenitic stainless | |
| steel and low carbon steel were investigated. The welded joints were formed | |
| between rods of AISI 304L (0.02%C, 1.54%Mn, 18.3%Cr, 8.38%Ni, 0.59%Mo, | |
| 0.75%Cu, 25 mm diameter) and low carbon steel (0.18%C, 0.64%Mn, 0.26%Si, | |
| 0.03%S, 0.03%, 0.18%Cr, 0.01%Ni, 25 mm diameter) using AISI 304L interlayer | |
| (0.1 mm thickness) at temperatures of 850, 900 and 950 deg.C. (. . .) | |
| FS= | FILE SEGMENT: Technical |
| TC= | TREATMENT CODE: Experimental |
| CN= | COUNTRY: INDIA |
| AV= | TWI AVAILABILITY: Yes |
| /DE | DESCRIPTORS: REFERENCE LISTS; DIFFUSION BONDING; MICROSTRUCTURE; |
| MECHANICAL PROPERTIES; HARDNESS; STRENGTH; ULTIMATE TENSILE STRENGTH; | |
| TOUGHNESS; FRACTURE TOUGHNESS; WELDED JOINTS; STEELS; STAINLESS STEELS; | |
| AUSTENITIC STAINLESS STEELS; UNALLOYED STEELS; LOW CARBON STEELS; | |
| INTERLAYERS; DIFFUSION; GRAIN SIZE; DISSIMILAR MATERIALS; WELDABILITY; | |
| METALLURGICAL WELDABILITY | |
| SH | SECTION HEADING: SOLID PHASE WELDING |
| DIALOG(R)File 25:Weldasearch | |
| (c) 2012 TWI Ltd. All rts. reserv. | |
| AA= | 00271711 251440 |
| /TI | Influences of phosphorus and sulphur on ductility dip cracking |
| susceptibility in multipass weld metal of alloy 690. | |
| AU= | SAIDA K; NOMOTO Y; OKAUCHI H; OGIWARA H; NISHIMOTO K |
| CS= | OSAKA UNIVERSITY |
| JN=,SO=,PY= | Science and Technology of Welding and Joining, vol.17, no.1. Jan.2012. |
| pp.1-8. 9 fig., 2 tab., 14 ref. | |
| JN= | SCIENCE AND TECHNOLOGY OF WELDING AND JOINING |
| PD=,DT= | PUBLICATION DATE: 20120000 DOCUMENT TYPE: Journal |
| LA=,RT= | LANGUAGE: English RECORD TYPE: Abstract |
| SN= | ISSN: 1362-1718; 1743-2936 |
| II | DOI: http://dx.doi.org/10.1179/1362171810Y.0000000004 |
| UR | URL: http://www.ingentaconnect.com/content/maney/stwj |
| /AB | The influence of the impurities sulphur and phosphorus on the ductility dip |
| cracking susceptibility of reheated weld metal in Ni-based superalloy 690 | |
| (Ni, 0.01%C, 0.12%S, 0.26%Mn, 29.55%Cr, 0.03%Co, 0.02%Mo, 0.11%Ti, 0.09%Al, | |
| 9.61%Fe) was investigated. The alloy (4 mm thickness) was welded by | |
| multirun TIG welding using five kinds of alloy 690 filler metal wires (1.2 | |
| mm diameter) with 1-37 ppm S and 9-90 ppm P. | |
| (. . .) | |
| FS= | FILE SEGMENT: Technical |
| TC= | TREATMENT CODE: Experimental; Theoretical |
| CN= | COUNTRY: JAPAN |
| AV= | TWI AVAILABILITY: Yes |
| /DE | DESCRIPTORS: REFERENCE LISTS; NICKEL ALLOYS; SULPHUR; ALLOYING ADDITIONS; |
| PHOSPHORUS; ARC WELDING; GAS SHIELDED ARC WELDING; GTA WELDING; WELDED | |
| JOINTS; GRAIN BOUNDARIES; MECHANICAL PROPERTIES; DUCTILITY; MATHEMATICAL | |
| MODELS; IMPURITIES; WELD METAL; WELDABILITY; METALLURGICAL WELDABILITY; | |
| MULTIRUN WELDING; DEFECTS; CRACKING; HOT CRACKING; MECHANISMS; | |
| SOLIDIFICATION; SEGREGATION | |
| /ID | IDENTIFIERS: DUCTILITY DIP CRACKING; SUPERALLOYS |
| SH= | SECTION HEADING: WELDABILITY AND METALLURGY |
| SEARCH SUFFIX |
DISPLAY CODE |
FIELD NAME |
INDEXING |
SELECT EXAMPLES |
|---|---|---|---|---|
| None | None | All Basic Index Fields | Word | S LOW(W)CARBON(W)STEEL |
| /AB | AB | Abstract | Word | S DIFFUSION(W)COEFFICIENTS/AB |
| /CO | CO | Company Name3 | Word | S EUTECH(W)GMBH/CO |
| /DE | DE | Descriptor1 | Word & Phrase |
S MECHANICAL(W)PROPERTIES/DE S ALUMINIUM ALLOYS/DE |
| /ID | ID | Identifier2 | Word & Phrase |
S SUPERALLOYS/ID S DUCTILITY DIP CRACK?/ID |
| /NT | NT | Note | Word | S PAPER(W)PRESENTED/NT |
| /SH | SH | Section Headings3 | Word | S SOLID(W)PHASE(W)WELD?/SH |
| /TI | TI | Title | Word | S AISI(W)304(W)STEEL/TI |
3 Searchable in the Basic Index and in the Additional Indexes.
| SEARCH PREFIX |
DISPLAY CODE |
FIELD NAME |
INDEXING |
SELECT EXAMPLES |
|---|---|---|---|---|
| AA= | AA | IP Accession Number | Phrase | S AA=257512 |
| AD= | AD | Patent Application Date | Phrase | S AD=19990517 |
| AD= | AD | Patent Priority Application Date | Phrase | S AD=19990511 |
| AN= | AN | Patent Priority Application Number | Phrase | S AN=BE 827245 |
| AU= | AU | Author | Phrase | S AU=VIGRAMAN T |
| AV= | AV | Availability (of photocopy)4 | Phrase | S AV=YES |
| None | AZ | DIALOG Accession Number | ||
| BN= | BN | International Standard Book Number (ISBN) | Phrase | S BN=0-02-949350-1 S BN=0029493501 |
| CN= | CN | Country5 | Phrase | S CN=INDIA |
| CO= | CO | Company Name3 | Phrase | S CO=EUTECH GMBH |
| CS= | CS | Corporate Source | Word & Phrase |
S CS=(NATIONAL(1W)ENGINEERING) S CS=NATIONAL ENGINEERING COLLEGE |
| DT= | DT | Document Type | Phrase | S DT=JOURNAL |
| FS= | FS | File Segment | Phrase | S FS=TECHNICAL |
| JN= | JN | Journal Name | Phrase | S JN=MATERIALS "AND" DESIGN |
| LA= | LA | Language | Phrase | S LA=ENGLISH |
| PA= | PA | Patent Assignee | Phrase | S PA=ACCESS PLANT? |
| PC= | PC | Patent Country | Phrase | S PC=EP |
| PD= | PD | Publication Date6 | Phrase | S PD=2012? |
| PN= | PN | Patent Number | Phrase | S PN=EP 167689 |
| PY= | PY | Publication Year | Phrase | S PY=2001 |
| RT= | RT | Record Type | Phrase | S RT=ABSTRACT |
| SH= | SH | Section Headings3 | Phrase | S SH=SOLID PHASE WELD? |
| SO= | SO | Source Information7 | Word | S SO=(MATERIALS(1W)DESIGN AND VOL(W)34) |
| TC= | TC | Treatment Code | Phrase | S TC=EXPERIMENTAL |
| UD= | None | Update | Phrase | S UD=9999 |
| XR= | XR | Cross-reference8 | Phrase | S XR=196829 |
4 To obtain a photocopy of an article use contact information on the first page or e-mail address library@twi.co.uk
5 Data in the Country field corresponds to the data in the Corporate Source field and designates the country where the work was done.
6 Use format PD=YYYY? where YYYY is the year for the best retrieval.
7 Search and Display depend on a document type.
8 Data corresponds with the data in the AA= field. To see the referenced record select the cross-reference number in AA= field.
| SUFFIX | FIELD NAME | EXAMPLES |
|---|---|---|
| /ABS | Abstract Present | S FS=TECHNICAL/ABS |
| /ENG | English Language | S UD=?/ENG |
| /NOABS | No Abstracts Present | S COPPER ALLOYS/NOABS |
| /NONENG | Non-English Language | S S1/NONENG |
| /YYYY | Publication Year | S CO=BMW/2009 |
| SORTABLE FIELDS | EXAMPLES |
|---|---|
| AU, CS, JN, PD, PN, PY, TI | SORT S3/ALL/JN SORT S5/ALL/PY/D |
| RANK FIELDS | EXAMPLES |
|---|---|
| All phrase- and numeric-indexed fields in the Additional Indexes can be ranked. Other RANK codes include: DE, ID | RANK DE RANK AU S4 |
| MAP FIELDS | EXAMPLES |
|---|---|
| PN | MAP PN TEMP S1 |
| Display codes listed in the Search Options tables can be used to customize output. | TYPE S3/AU,TI,SO/1-5 PRINT S2/TI, CS, PY/ALL |
| NO. |
DIALOGWEB FORMAT |
RECORD CONTENT |
|---|---|---|
| 1 | -- | DIALOG Accession Number |
| 2 | -- | Full Record except Abstract |
| 3 | Medium | Bibliographic Citation |
| 4 | -- | Full Record with Tagged Fields |
| 5 | -- | Full Record |
| 6 | Short | Title and Publication Year |
| 7 | Long | Full Record except Indexing |
| 8 | Free | Title, Indexing, and Publication Year |
| 9 | Full | Full Record |
| K | -- | KWIC (Key Word In Context) displays a window of text; may be used alone or with other formats |
| FIELD NAME | EXAMPLES | ||
|---|---|---|---|
| If the accession number of a specific record is known, it can be used to display the record directly. | TYPE 221795/5 DISPLAY 220326/AU,TI PRINT 220796/9 |
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REDIST/COPY Multiplier Table:
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3-25 1.50
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ARCHIVE Multiplier Table:
Range Multiplier
1-25 1.50
26-200 3.00
201-500 6.00
501-1000 8.00
1001 or more 10.00
