As scientists and engineers continually seek to optimize systems and structures, biology has become an increasingly popular source of inspiration. Many common algorithms for optimization are based on natural phenomenon; therefore, it is only logical to assume that many natural structures are already optimally designed. In fact, Wolff’s law states that the trabecular structure of our own bones is a self-optimizing structure. This presentation explores that theory in relation to the vertebrae found in humans and animals alike
Among the essential biomechanical functions of the spine are those of maintaining a stable posture a...
This dissertation is on ‘biomechanical optimization analysis of bone-fracture fixation and spinal un...
International audienceStructural topology optimization is addressed through Genetic Algorithms: A se...
In 1892 the german physiologist Julius Wolff proposed an explanation for the distribution of cortica...
Elucidation of the mechanism by which the shape of bones is formed is essential for understanding ve...
Jang and Kim [1] and Boyle and Kim [2] have already shown that the trabecular structure of human pro...
We apply a multi-objective topology optimization framework to examine the evolution of structural co...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Civil and Environmental Engine...
Optimization can be seen in a number of human skeletal bones. While there is strong evidence concern...
Summary This talk concerns recent developments in topology optimization. Work in this area has almos...
In the 19th century, several scientists attempted to relate bone trabecular morphology to its mechan...
In the paper the new paradigm for structural optimization without volume constraint is presented. Si...
This paper represents topology optimization method to improve the efficiency of mechanical structure...
Nature is the master of creating material systems with a remarkable combination of properties. Biosy...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Among the essential biomechanical functions of the spine are those of maintaining a stable posture a...
This dissertation is on ‘biomechanical optimization analysis of bone-fracture fixation and spinal un...
International audienceStructural topology optimization is addressed through Genetic Algorithms: A se...
In 1892 the german physiologist Julius Wolff proposed an explanation for the distribution of cortica...
Elucidation of the mechanism by which the shape of bones is formed is essential for understanding ve...
Jang and Kim [1] and Boyle and Kim [2] have already shown that the trabecular structure of human pro...
We apply a multi-objective topology optimization framework to examine the evolution of structural co...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Civil and Environmental Engine...
Optimization can be seen in a number of human skeletal bones. While there is strong evidence concern...
Summary This talk concerns recent developments in topology optimization. Work in this area has almos...
In the 19th century, several scientists attempted to relate bone trabecular morphology to its mechan...
In the paper the new paradigm for structural optimization without volume constraint is presented. Si...
This paper represents topology optimization method to improve the efficiency of mechanical structure...
Nature is the master of creating material systems with a remarkable combination of properties. Biosy...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Among the essential biomechanical functions of the spine are those of maintaining a stable posture a...
This dissertation is on ‘biomechanical optimization analysis of bone-fracture fixation and spinal un...
International audienceStructural topology optimization is addressed through Genetic Algorithms: A se...