| LDR |  | 00000nmm u2200205   4500 | 
| 001 |  | 000000333859 | 
| 005 |  | 20250123134705 | 
| 008 |  | 181129s2017    |||    |   | |      eng d | 
| 020 |    | 
    ▼a 9780438120495 | 
| 035 |    | 
    ▼a (MiAaPQ)AAI10902794 | 
| 040 |    | 
    ▼a MiAaPQ
    ▼c MiAaPQ
    ▼d 248032 | 
| 049 | 1  | 
    ▼f DP | 
| 082 | 0  | 
    ▼a 624 | 
| 100 | 1  | 
    ▼a Caban, Pedro Luis Fernandez. | 
| 245 | 10 | 
    ▼a Characterization of Near-Surface Turbulent Boundary Layer Flows for Wind Load Analysis and Optimization of Large Frame Structures Under Wind Action. | 
| 260 |    | 
    ▼a [S.l.] :
    ▼b University of Florida.,
    ▼c 2017 | 
| 260 |  1 | 
    ▼a Ann Arbor :
    ▼b ProQuest Dissertations & Theses,
    ▼c 2017 | 
| 300 |    | 
    ▼a 154 p. | 
| 500 |    | 
    ▼a Source: Dissertation Abstracts International, Volume: 79-11(E), Section: B. | 
| 502 | 1  | 
    ▼a Thesis (Ph.D.)--University of Florida, 2017. | 
| 520 |    | 
    ▼a This dissertation presents three interrelated studies of importance to the quantification of boundary layer wind loads on civil infrastructure. | 
| 520 |    | 
    ▼a The first study refutes the longstanding assumption that near surface wind velocity exhibits Gaussian behavior irrespective of the aerodynamic roughness length of the upwind fetch. Analysis of a large database comprising ground-level anemometric | 
| 520 |    | 
    ▼a The second study leverages a comprehensive series of experiments in a large boundary layer wind tunnel to investigate the variation of external pressure coefficients with increasing surface roughness on low-rise buildings. BLWT modeling was carr | 
| 520 |    | 
    ▼a The third study addresses the optimization of large frame structures subjected to wind action. It presents a new metaheuristic technique to minimize the weight of the structure while satisfying strength and serviceability requirements. The algor | 
| 590 |    | 
    ▼a School code: 0070. | 
| 650 |  4 | 
    ▼a Civil engineering. | 
| 690 |    | 
    ▼a 0543 | 
| 710 | 20 | 
    ▼a University of Florida.
    ▼b Civil Engineering. | 
| 773 | 0  | 
    ▼t Dissertation Abstracts International
    ▼g 79-11B(E). | 
| 773 |    | 
    ▼t Dissertation Abstract International | 
| 790 |    | 
    ▼a 0070 | 
| 791 |    | 
    ▼a Ph.D. | 
| 792 |    | 
    ▼a 2017 | 
| 793 |    | 
    ▼a English | 
| 856 | 40 | 
    ▼u http://www.riss.kr/pdu/ddodLink.do?id=T15000393
    ▼n KERIS | 
| 980 |    | 
    ▼a 201812
    ▼f 2019 | 
| 990 |    | 
    ▼a 관리자
    ▼b 정현우 |