Collected data from finite element simulations to calculate the mechanical properties of innovative CLT using ABAQUS

A dataset is collected from finite element computation using ABAQUS for different configurations of innovative CLT. In the dataset, we have the inputs (w, t1, t2, t3, t4, s, E_L, G_LZ, G_CZ) describing the microstructure of innovative CLT, and the elastic properties (Membrane stiffness: A11, A22, In-plane Poisson effect stiffness: A12, In-plane shear stiffness: A33, Bending stiffness: D11, D22, Out of plane Poisson effect stiffness: D12, Torsional stiffness: D33, out of plane Bending Gradient shear compliances: h11, h12, h16, h22, h26, h33, h34, h35, h44, h45, h55, h66) deriving from the FE computations. We have also the results of closed-form solutions that predicts these elastic properties of innovative CLT.本数据集依托ABAQUS有限元计算构建，采集自不同构型的创新型正交胶合木（Cross-Laminated Timber, CLT）。数据集中包含以下核心内容：一是用于表征创新型正交胶合木微观结构的输入参数（w, t1, t2, t3, t4, s, E_L, G_LZ, G_CZ）；二是通过有限元计算得到的弹性性能参数，具体包括面内拉伸刚度（A11、A22）、面内泊松效应刚度（A12）、面内剪切刚度（A33）、弯曲刚度（D11、D22）、面外泊松效应刚度（D12）、扭转刚度（D33），以及面外弯曲梯度剪切柔度（h11、h12、h16、h22、h26、h33、h34、h35、h44、h45、h55、h66）；三是用于预测上述创新型正交胶合木弹性性能的闭合形式解析解结果。