About: Journal of Biomechanics

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journal

Attributes	Values
rdf:type	Item
description	journal (en) журнал (uk) مجلة (ar) periodiek van uitgeverij Elsevier (nl)
language of work or name	wds:Q4862281-BBCBED29-055B-463D-AFA8-25D9FEA8BDF5
language of work or name	English
OpenCitations bibliographic resource ID	wds:Q4862281-5360D9A3-0AED-4ECD-A62A-025E887A6A5D
Scilit journal ID	wds:Q4862281-BAC63181-CFBF-4156-80DD-73A3DF5DC54F
Crossref journal ID	wds:Q4862281-8D1E6F25-7403-4E77-BD07-AEC9557D39B8
OpenCitations bibliographic resource ID	https://w3id.org/oc/corpus/br/41429
OpenCitations bibliographic resource ID	41429
Scilit journal ID	334108
Crossref journal ID	1359
rdfs:label	Journal of Biomechanics (da) Journal of Biomechanics (en) Journal of Biomechanics (fi) Journal of Biomechanics (fr) Journal of Biomechanics (nb) Journal of Biomechanics (nl) Journal of Biomechanics (nn) Journal of Biomechanics (sv)
skos:prefLabel	Journal of Biomechanics (da) Journal of Biomechanics (en) Journal of Biomechanics (fi) Journal of Biomechanics (fr) Journal of Biomechanics (nb) Journal of Biomechanics (nl) Journal of Biomechanics (nn) Journal of Biomechanics (sv)
name	Journal of Biomechanics (da) Journal of Biomechanics (en) Journal of Biomechanics (fi) Journal of Biomechanics (fr) Journal of Biomechanics (nb) Journal of Biomechanics (nl) Journal of Biomechanics (nn) Journal of Biomechanics (sv)
title	wds:Q4862281-A62A5F17-DC58-455E-B776-029F934FC1AA
title	Journal of Biomechanics (en)
ERA Journal ID	wds:Q4862281-45E47453-3C90-4967-8EE6-AF6C7E5B6DFB
Danish Bibliometri...h Indicator level	wds:Q4862281-DF299C3E-C5A8-4C87-B3D8-6658FC36DBF3
Danish Bibliometri...tor (BFI) SNO/CNO	wds:Q4862281-906E326C-A74B-4831-9C78-726DA530EA68
JUFO ID	wds:Q4862281-3295F2A8-493F-4312-9A0E-14210DCA549C
ERA Journal ID	5049
Danish Bibliometri...h Indicator level	2
Danish Bibliometri...tor (BFI) SNO/CNO	12925
JUFO ID	59741
NLM Unique ID	wds:Q4862281-39DABD91-950E-4E97-AA80-39F7E0F7418F
ACNP journal ID	wds:Q4862281-4985A114-CB48-4714-9B07-48F9A77CCFF3 wds:Q4862281-CEB6355E-A618-4AA1-903F-3B83014637AF
HAL journal ID	wds:Q4862281-7D9D4777-C3DC-4233-B45D-E3610E7B1784
NLM Unique ID	0157375
ACNP journal ID	9240 2107427
HAL journal ID	15138
instance of	wds:Q4862281-5500A38C-4C85-4CFC-B246-5D579D0FBF72 wds:Q4862281-639150D1-2607-471D-9307-FCCBC1F341EC wds:Q4862281-81827526-9013-45C5-BC60-6221B9EC26E2
instance of	periodical scientific journal society journal
main subject	wds:Q4862281-D65953F0-D4BA-4FAE-98C3-CD2A2CB63055
main subject	biomechanics
publisher	wds:Q4862281-00832745-B5A9-4A55-9092-8F4981BF8B86
publisher	Elsevier BV
Mir@bel journal ID	wds:Q4862281-BD36B1B8-814D-4B15-8B68-5564A547466C
Mir@bel journal ID	15123
OpenAlex ID	wds:Q4862281-0E0A55DB-EE90-457E-B9CE-2F1340E0F8BB
country of origin	wds:Q4862281-D98EA4F2-0BFC-46D4-9584-AE091E7A5A55
official website	wds:Q4862281-E8DABC8F-96B3-4D01-9904-872D906DD544
OpenAlex ID	V181675524
country of origin	United States of America
official website	https://www.sciencedirect.com/journal/journal-of-biomechanics/
Scopus source ID	wds:Q4862281-A6D39CBD-2B28-4C91-8953-86118597890F
ISSN	wds:Q4862281-740B00A5-583C-40EC-8421-EB0E671B04DF wds:Q4862281-F678A331-119E-41B0-A91C-94FB80B8B1F3
ISSN-L	wds:Q4862281-5294B2BA-1206-4944-8AAA-9CC8B270652B
indexed in bibliographic review	wds:Q4862281-745AABEB-EEEC-4AF3-B97E-963D2D14190F
ISSN	urn:ISSN:0021-9290 urn:ISSN:1873-2380
ISSN-L	http://issn.org/resource/ISSN/0021-9290
Scopus source ID	15846
ISSN	0021-9290 1873-2380
ISSN-L	0021-9290
indexed in bibliographic review	Scopus
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q4862281 https://nl.wikipedia.org/wiki/Journal_of_Biomechanics
is published in of	The spring-mass model for running and hopping The mechanics of running: how does stiffness couple with speed? Functional muscle synergies constrain force production during postural tasks Modular control of human walking: a simulation study. Reduction of neuromuscular redundancy for postural force generation using an intrinsic stability criterion Engineering controllable anisotropy in electrospun biodegradable nanofibrous scaffolds for musculoskeletal tissue engineering Interfragmentary surface area as an index of comminution energy: proof of concept in a bone fracture surrogate. A mechano-regulation model for tissue differentiation during fracture healing: analysis of gap size and loading. ESB Research Award 1996. Biophysical stimuli on cells during tissue differentiation at implant interfaces. Random-walk models of cell dispersal included in mechanobiological simulations of tissue differentiation. Bone regeneration during distraction osteogenesis: mechano-regulation by shear strain and fluid velocity.

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