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File Type: Unknown

81 to 90 of 371 Results

D2.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 16,1 MB - MD5: a0299307acac02aef39a9c3905ebb23e One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D30.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,2 MB - MD5: 836bbc607c46d9b29c1b6127755b7297 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D31.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: baf01b64024d942b394e2527a487899e One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D32.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 1ae04e4f92c14a669f93f47f3ca0717b One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D33.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 1d3419635c0d0f63c717a43de38e2456 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D34.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: f2f73525216fec26d3c427ffebfe9992 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D35.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 9901ce19ef143346b447faaa44cc9f6f One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D36.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 576e935587e4cc38c53f4a44682468d0 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D37.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 02e681b503440d250abd308a1ae70caa One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
D38.accdbEmbargoed 25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers. Unknown - 9,1 MB - MD5: 1a49696c8c677a5cfdb6aad536b123c9 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.

D2.accdbEmbargoed

25 juin 2024 - Aggregation of dynamometric spectra obtained on individual fibers of fibrous materials, and simulation of dynamometric spectra numerically modeling their behavior in multi-material flat bundles of parallel fibers.

Unknown - 16,1 MB -