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31 to 40 of 288 Results
Frese_etal_2016_GL36h_mean_log.html
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 5.0 MB - MD5: 93357526942b88260ff5b6566eb92eba
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
Frese_etal_2016_GL36h_mean_log.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 72.9 KB - MD5: e92fce12136706606fcddb2ab0cc3f07
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
Frese_etal_2016_GL36h_mean.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 74.0 KB - MD5: 4dd9079ec6f118463458ea4c52fdaa22
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
Frese_etal_2017_GL23h_5.html
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 4.9 MB - MD5: cb9ca5c3bedb06baa01e5ce3eae19364
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric...
Frese_etal_2017_GL23h_5_log.html
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 5.0 MB - MD5: 5e109cde03bd74b61fb14550faf86e4b
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric...
Frese_etal_2017_GL23h_5_log.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 68.5 KB - MD5: 29141f7b2583b05a9d68cc4bb87c61f0
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric...
Frese_etal_2017_GL23h_5.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 71.2 KB - MD5: 1823a511334d842d75ae08798596e034
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric...
Frese_etal_2017_GL23h_mean.html
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 4.9 MB - MD5: c38e11d51a235ada1bf3616dac94934f
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
Frese_etal_2017_GL23h_mean_log.html
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 5.0 MB - MD5: 602a6f43e1f2c475c0da42fdd3a4e669
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
Frese_etal_2017_GL23h_mean_log.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 72.3 KB - MD5: 79763d7d17c9de6c1bc5329a2cc7d7ab
Results
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the mean level. The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numerical data...
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