ISSN: 0933-5137

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Materialwissenschaft und Werkstofftechnik Q3 Unclaimed

Wiley-VCH Verlag Germany

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Materialwissenschaft und Werkstofftechnik is a journal indexed in SJR in Materials Science (miscellaneous) and Condensed Matter Physics with an H index of 44. It has a price of 2500 €. It has an SJR impact factor of 0,297 and it has a best quartile of Q3. It is published in English. It has an SJR impact factor of 0,297.

Type: Journal

Type of Copyright:

Languages: English

Open Access Policy: Open Choice

Type of publications:

Publication frecuency: -

Categories: Condensed Matter Physics (Q3) Materials Science (miscellaneous) (Q3) Mechanical Engineering (Q3) Mechanics of Materials (Q3)

Price

2500 €

Inmediate OA

NPD

Embargoed OA

0 €

Non OA

Metrics

Materialwissenschaft und Werkstofftechnik

0,297

SJR Impact factor

44

H Index

149

Total Docs (Last Year)

381

Total Docs (3 years)

4726

Total Refs

527

Total Cites (3 years)

379

Citable Docs (3 years)

1.4

Cites/Doc (2 years)

31.72

Ref/Doc

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Wood Material Science and Engineering Q3
Applied Rheology Q3
MRS Communications Q3
Computational Condensed Matter Q3
Journal of Low Temperature Physics Q3

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Aims and Scope

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Reibungs- und Verschleibetaverhalten von chemisch gekoppelten PTFE-PA-6.6-Materialien

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Widmung: Professor Karl-Heinz Zum Gahr zum 60. Geburtstag

Metallurgical Aspects of Sliding Wear of fcc Materials for Medical Applications

Ermittlung von Berechnungskennwerten an Karosseriewerkstoffen-Berichtuber ein Gemeinschaftsprojekt der Stahl- und Automobilindustrie

Umweltverträgliche Verschleibetaschutzkonzepte fur Wälzlager im Mischreibungsgebiet

Silica based aerogel-like materials obtained by quick microwave drying

Modified cemented stem fixation in hip arthroplasty with computer based analysis-Experimental results

Laser-Raman and Nuclear Magnetic Resonance (NMR) studies on plasma-sprayed hydroxylapatite coatings: Influence of bioinert bond coats on phase composition and resorption kinetics in simulated body fluid

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Preparation and thermal properties of zirconium tungstate/copper composites

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Lubricants under high local pressure: Liquids act like solids

Biomaterials for ossicular chain reconstruction. A review

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Surface Texture Design to Generate Specific Sizes and Shapes of UHMWPE Wear Particles