CIRAD Dataverse

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File Type: Unknown

141 to 150 of 379 Results

I26.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 - 18,4 MB - MD5: 4668f6fcdf64f2155002900ef3163543 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
L4.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: 2d1bff849bca29180c6a194c4bba98ea One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N10.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 - 6,9 MB - MD5: 7ef26463810bc0e4e42682a42758ae0f One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N11.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 - 10,9 MB - MD5: db41c538c41bd4ac053f10e35c78030f One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N12.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 - 7,0 MB - MD5: c57d54eaa8d1d99e9a0686292defa543 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N14.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 - 6,8 MB - MD5: db588f581c8a24184616f912bb9aaf43 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N15.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 - 6,8 MB - MD5: 0e5c3914b6688c99209e38e121ab25fa One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N16.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 - 6,9 MB - MD5: fed0a085e0a96511fed36e51ecb21ad2 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N17.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 - 6,9 MB - MD5: 7cd9803a2bfb5d7da78867d5bdbedc88 One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.
N18.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 - 7,0 MB - MD5: 6e615d86221dd9d2ea899092f7478e9d One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber.

I26.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 - 18,4 MB -