Dataverse for the management of research data within the division of timber constructions of the MPA
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11 to 20 of 230 Results
Frese_etal_2016_GL28h_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: 28bcd846a93a3aa4b25f311a45769036
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_2016_GL28h_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 - 73.1 KB - MD5: 50883a78a9bb0548fafdf31446e975b7
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_2016_GL28h_5.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 68.8 KB - MD5: 73a68dcc6e6100f1b8820fe9f4842ca3
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_2016_GL28h_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: ac915eeb54ddf250015adc01fea7436c
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_GL28h_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: aef444f0b34b782d19fd82b517824cc3
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_GL28h_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 - 73.2 KB - MD5: 79c00276ab821865ff3a50bb73cf6a4a
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_GL28h_mean.pdf
Aug 20, 2026 - Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 72.5 KB - MD5: 42dc32e2a7d1b417858d25405ceea19c
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_GL32h_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: d34f50e847f0217ed7b0926ddb926c3c
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_2016_GL32h_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: a64de598c3fffdda593ab5d44ff370d0
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_2016_GL32h_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 - 73.8 KB - MD5: f887d955ffdcdfae182bd70a46a71b6f
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...
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