hat
Nature pwodui yon seri de estrikti ki optimisé pou fonksyon mekanik espesifik. Pwojè a se yon devlopman enteresan nan ekzamine yon seri de estrikti pwodui biyolojik yo ki pèmèt envantè de ekivalan Enjenieri lè l sèvi avèk teknoloji enprime 3D. Estrikti yo resultant Yo atann yo aske pèfòmans segondè, tankou desen enspirasyon nan estrikti difisil jwenn nan lanati, oswa adrese bezwen swen sante espesifik ki gen ladan ranplasman bioprosthetic pou reparasyon andovaskulèr. Apwòch yo devlope nan pwojè a yo atann yo dwe baze gran, epi enplike nan konstriksyon nan vityèl modèl 3D estriktirèl nan nan 3D enprime ak validation lè l sèvi avèk modèl eksperimantal ak nimerik.
eng
Nature produces a range of structures that are optimized for specific mechanical functions. The project is an exciting development in examining a range of structure produced biologically to allow the manufacture of engineered equivalents using 3D printing technologies. The resultant structures are expected to be high performance, such as drawing inspiration from tough structures found in nature, or address specific healthcare needs including bioprosthetic substitutes for endovascular repair. The approaches developed in the project are expect to be broad based and involves the construction of virtual 3D structural models through to 3D printing and validation using experimental and numerical modelling.