... on fatigue life. architected cellular materials metamaterials lattice structures additive manufacturing fatigue-tolerant Proceedings of the ASME 2023 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference IDETC-CIE2023 August 20-23, 2023...

... Abstract Lattice structures made by means of Additive Manufacturing are more and more used in several fields of application. In particular, reticular Titanium alloy bodies are used in biomechanics as fusion devices, due to their biocompatibility and lightweight characteristics. Although...

... Abstract Lattice structures (LS) manufactured by 3D printing are widely applied in many areas, such as aerospace and tissue engineering, due to their lightweight and adjustable mechanical properties. It is necessary to reduce costs by predicting the mechanical properties of LS at the design...

... Abstract Non-stochastic lattice structures are patterned after the unit cell topology and are of interest to the research and design communities for improving stiffness to weight ratios and/or metamaterial design. While additive manufacturing (AM) increases design freedom, it remains difficult...

...COMPUTATIONAL DESIGN OF 4D PRINTED SHAPE MORPHING MULTI-STATE LATTICE STRUCTURES Thomas Lumpe, Kristina Shea1 Engineering Design and Computing Laboratory Dept. of Mechanical and Process Engineering ETH Zurich, Zurich, Switzerland ABSTRACT 4D printed structures can change their properties...

... simulation embody separated domains and related software support. This is in contrast with design engineering, which requires a holistic approach to conceptualize new products. Design for Additive Manufacturing Design Optimization Compliant Structures Mesostructures Lattice Structures 1...