Pdf: 649429 bytes, checksum: (MD5) ovenance : Submitted by Luke Scoggins ( ) on T19:10:13Z. Subject, rights Statement, publisher, language, file Format, file Extent 649429 bytes. The generalized bridge model was found to accurately and efficiently evaluate live-load girder distribution factors and could prove useful to economically rate a large number how to write an essay on research methodology of bridges. The girder distribution factors of these conventionally reinforced concrete bridges were determined with the generalized bridge model and compared to the results of the previous research and to factors determined with the aashto lrfd (2003) specification.
The versatility of the finite element program, OpenSees, allowed for the creation of this generalized bridge model. Relationships, parents: This work has no parents. Creator, abstract or Summary, a generalized, three-dimensional, finite element bridge model was created in order to efficiently and accurately assess live-load girder distribution factors for a variety of bridge types. Factors evaluated with aashto lrfd (2003) were shown to be generally conservative. Degree Field, degree Grantor, commencement Year, advisor. This model shortens the time required by bridge analysts to develop individual finite element models for bridges of varying geometries. Of bitstreams: 1 Scoggins_thesis.
Implied volatility master thesis, Upload thesis uva,
Skip to Content 3-D finite element modeling in OpenSees for bridge live-load girder distribution factors Public Deposited. Date Copyright, date Issued, degree Level, degree Name. Pdf: 649429 bytes, checksum: (MD5) ovenance : Approved for entry into archive by Julie Kurtz( ) on T14:46:22Z (GMT). The creation of the generalized bridge model was based on previous modeling techniques successfully implemented and tested by different researchers. Analytics, citeable URL: descriptions, attribute Name, values. Resource Type, date Available.
Empathy technology thesis statement of the problem, Phd thesis geotechnical, Good thesis statement nuclear weapons, Electronic thesis ucla,