Topology optimization technology is often used in the design of lightweight structures under the condition that mechanical performance should be guaranteed, but a topology-optimized structure is often complicated and difficult to process using traditional machining technology. In this study, the topology optimization method, with a volume constraint and the minimization of structural flexibility, is applied to the lightweight design of a hinge bracket for civil aircraft. A mechanical performance analysis is conducted using numerical simulations to obtain the stress and deformation of the hinge bracket before and after topology optimization. The numerical simulation results show that the topology-optimized hinge bracket has good mechanical properties, and its weight was reduced by 28% compared with the original design of the model. In addition, the hinge bracket samples before and after topology optimization are prepared with additive manufacturing technology and mechanical performance tests are conducted using a universal mechanical testing machine. The test results show that the topology-optimized hinge bracket can satisfy the mechanical performance requirements of a hinge bracket at a weight loss ratio of 28%.
Energies, Free Full-Text
PDF) Alternative Grains as Potential Raw Material for Gluten-Free Food Development in The Diet of Celiac and Gluten-Sensitive Patients
Set of Modern congratulations pop up banner with flat design on white background. Professional web design, full set of elements. User-friendly design materials. 3756419 Vector Art at Vecteezy
Materials, Free Full-Text, Carbon Felt
Materials, Free Full-Text, Heat Transfer
Bitumen components- composition of bitumen- Bitumen Characterization, bitumen
Full text access through Strategian - Strategian Science
Glossary of Library Terms
Materials, Free Full-Text, Carbon Felt
Materials, Free Full-Text
Materials An Open Access Journal from MDPI
Materials An Open Access Journal from MDPI
Materials, Free Full-Text, test brain 140
ArtStation - FREE textures - Apartment Buildings PBR Materials (4K)