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Strain Energy Density-Based Topology Optimization Using SIMP and Local Failure Criteria for 3D-Printed Concrete Structures
This paper presents a strain energy density–based topology optimization method tailored for britt...
Strengthening Technology for Damaged Floor Slabs through Compression Zone Enlargement and External Reinforcement.
The article presents a technology for strengthening reinforced concrete floor slabs by enlarging ...
Strain Energy Density-Based Topology Optimization Using SIMP and Local Failure Criteria for 3D-Printed Concrete Structures
This paper presents a strain energy density–based topology optimization method tailored for brittle materials such as 3D-printed concrete. Extending the SIMP framework, the approach incorporates a ...
Strengthening Technology for Damaged Floor Slabs through Compression Zone Enlargement and External Reinforcement.
The article presents a technology for strengthening reinforced concrete floor slabs by enlarging the compressed zone and using external reinforcement. A 50 mm-thick monolithic overlay is installed ...