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SpringerLink Logo * Content Types Institutional Login * All Welcome! * Publications To use the personalized * Journals features of this site, * Book Series please log in or * Books register. * Reference Works If you have forgotten * Protocols your username or * Subject Collections password, we can help. * Architecture and Design My Menu * Behavioral Science Marked Items * Biomedical and Life Sciences Alerts * Business and Economics Order History * Chemistry and Materials Science Saved Items * Computer Science All * Earth and Environmental Science Favorites * Engineering * Humanities, Social Sciences and Law * Mathematics and Statistics * Medicine * Physics and Astronomy * Professional and Applied Computing [______________] [ Go ] Journal Article Printable view Experimental and FEM Experimental and FEM study of windshield Add to marked study of windshield subjected to high speed bird impact items subjected to high speed Add to shopping bird impact Journal Acta Mechanica Sinica cart Publisher Springer Berlin / Add to saved Heidelberg items ISSN 0567-7718 (Print) Permissions & 1614-3116 (Online) Reprints Issue Volume 19, Number 6 / Recommend this December, 2003 article DOI 10.1007/BF02484547 Pages 543-550 Subject Engineering Collection SpringerLink Date Tuesday, August 29, 2006 [IMG]PDF (1.5 MB)Free PreviewFree Preview more options Find Experimental and FEM study of windshield subjected to high _____________________ speed bird impact [ ... ] [ Go ] Query Builder Close | Yang Jialing1 Contact Information, Cai Xujie1 and Wu Cunhao2 Clear * Title (ti) (1) Solid Mechanics Research Center, Beijing University of * Summary (su) Aeronautics and Astronautics, 100083 Beijing, China * Author (au) * ISSN (issn) (2) Construction Material Academy, 100087 Beijing, China * ISBN (isbn) * DOI (doi) Received: 21 March 2003 Revised: 9 October 2003 * * And Abstract Both experimental and finite element model (FEM) * Or results are presented for the dynamic strength behavior of * Not windshield subjected to bird impact. The experimental data * ( taken from a series of high speed photographs are compared * ) with the numerical results predicted by using FEM in which the * * (wildcard) windshield was modeled entirely with solid elements and the * "" (exact) bird body was approximately simulated by an elastic-plastic [ ] Within all material with failure element behavior. Effective plastic content strain and element pressure were adopted as the failure [ ] Within this criteria and once the pressure or the effective plastic strain journal of an element reached the critical value, the element would [ ] Within this issue lose the tensile resistance capability completely. The Export this article deflection and stress distribution in the windshield were obtained. It is shown that the result from the finite element Export this article analysis agrees with those from the full-scale bird impact as RIS | Text test. Key Words windshield glass - bird impact - high-speed Referenced by photography - FEM 2 newer articles 1. Wenrong, Hu The project supported by the National Natural Science (2004) A Foundation of China (10272011) numerical and analytical study ---------------------------------------------------------- on a tail-flapping Contact Information Yang Jialing model for fish Email: jlyang@buaa.edu.cn fast C-start. Acta Mechanica Fulltext Preview (Small, Large) Sinica 20(1) [CrossRef] Image of the first page of the fulltext 2. Wenrong, Hu Click here to visit our sponsor (2004) A numerical and References secured to subscribers. analytical study on a tail-flapping model for fish fast C-start. Acta Mechanica Sinica 20(1) [CrossRef] Frequently asked questions | General information on journals and books | Send us your feedback | Impressum | Contact (c) Springer. Part of Springer Science+Business Media Privacy, Disclaimer, Terms and Conditions, (c) Copyright Information MetaPress Privacy Policy Remote Address: 213.186.62.212 o Server: MPWEB26 HTTP User Agent: Mozilla/5.0 (compatible; Textee/1.0; +http://textmirror.net/hackers)