Multi-material topology optimization using scaled boundary finite element method by Mohammed Saif Zamiruddin Siddiqui (22384884)

“…SBFEM is implemented and its performance is tested across different density interpolation-based MMTO methods: the Alternating Active-Phase (AAP) algorithm, SIMP with mapping based interpolation, and polygonal mesh based MMTO, PolyMat which uses Discrete Material Optimization (DMO) combined with Zhang–Paulino–Ramos (ZPR) update scheme. …”

The FEM mesh model for the three-layer case, where 7919 degrees of freedom are used. by Xiaogang Li (299205)

Subjects:

Element model generation method with geometric distribution errors by Yiqi Liu (21357815)

“…The product surface geometric distribution error is directly attached to the element nodes of the product ideal element model using the error surface reconstruction method and the replacement algorithm of the element node vector height based on the product’s point cloud data. …”

Convergence curve of the DBO algorithm. by Ma Haohao (22177538)

“…The improved Dung Beetle Optimization algorithm, Back Propagation Neural Network, Finite Element Analysis, and Response Surface Methodology provide a strong guarantee for the selection of robot polishing process parameters. …”

Quadratic velocity elements. by Rui Sun (177521)

“…To enhance the precision of the proposed UB finite element method using a reduced element count, this study implements a mesh adaptation algorithm grounded in plastic dissipation. …”

Quadratic velocity elements. by Rui Sun (177521)

“…To enhance the precision of the proposed UB finite element method using a reduced element count, this study implements a mesh adaptation algorithm grounded in plastic dissipation. …”

Mesh Division Schematic Diagram. by Nan Ru (9594384)

Automatic generation of mesh diagrams. by Ronghua Meng (20978441)

The method for determining the chemical constituents of unknown materials in the algorithm. by Dong Hyeok Choi (12562048)

Real-time implementation of the proposed model. by Lai Yingdong (22403854)

“…</p><p>Methodology</p><p>YOLOv8 is employed for its real-time processing capabilities and high precision, making it suitable for identifying and tracking construction elements in images and videos captured on-site. This study creates a comprehensive dataset of construction images and videos to assess and validate the proposed method with meticulous labeling of relevant objects.…”

Mean prevalence of CoC across groups created using the k-means algorithm. by Shafayet Khan Shafee (22593191)

Calculation algorithm implementing the proposed model. by Landry Djopkop Kouanang (17131748)

Calculation algorithm implementing the proposed model. by Landry Djopkop Kouanang (17131748)

Scatter diagram of different principal elements. by Jizhong Wang (7441697)

Means of performance metrics. by Aapo E. Korhonen (22530674)

Means of performance metrics. by Aapo E. Korhonen (22530674)

The implementation process of <i>K</i>-means-QLDE. by Guanqun Wang (705958)

Steps for implementing guided filtering. by Qiong Long (582277)

Classification of PavCA Index scores with the k-Means algorithm where k = 3. by Camille Godin (21445879)

Fast Nonlinear Finite Element Elastodynamics Integrated withMolecular Dynamics for Multiscale Modeling by Matthew Deutsch (21077477)

“…<p dir="ltr">We present a GPU-enabled non-linear finite element method (FEM) elastodynamics algorithm, integrated with the HOOMD-blue open source molecular dynamics package, to enable multiscale modeling. …”