Recent Mdpi Ag Recent Advances in 3D Printing Technologies in Bioengineering with Selected Papers from the 29th Congress of the European Society of Biomechanics (ESB 2024) Hardcover

Recent Mdpi Ag Recent Advances in 3D Printing Technologies in Bioengineering with Selected Papers from the 29th Congress of the European Society of Biomechanics (ESB 2024) Hardcover

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Spécifications

Mogelijke vereisten instellen en gebruik
Betaalde diensten vereist
Non
Wifi vereist
Non
Bluetooth vereist
Non
App vereist voor volledige functionaliteit
Non
Mobiele data verbinding mogelijk
Non
Delen van gebruikersgegevens vereist
Non
Kan zelfstandig met internet verbinden
Non
EAN
9783725872381
Introductiemaand
4
Ondersteuning met updates
Non
Introductiejaar
2026
Verpakkingsgewicht
558 g
Verpakking breedte
17 cm
Naam verantwoordelijke marktdeelnemer in de EU
Libri GmbH
Printtechnologie 3D-printer
3D Printing Technologies in Bioengineering
Taal handleiding
en
CE markering
Non
Verpakking hoogte
1,4 cm
Verpakking lengte
24,4 cm
Voorgemonteerd
Non

Description du produit

"Recent Advances in 3D Printing Technologies in Bioengineering" is a reprint of a Special Issue in the Journal of Manufacturing and Materials Processing, which contains research articles in the field of Additive Manufacturing for Bioengineering by research experts on this topic from industry and academia from around the world. It also features extended versions of selected papers presented on this topic at ESB-2024 the 29th Congress of the European Society of Biomechanics (Edinburgh, Scotland, 30th June-3rd July 2024). Three-dimensional (3D) printing technology, also known as additive manufacturing (AM), has emerged as an attractive state-of-the-art tool for fabricating functional materials with precision and complex geometries and has demonstrated tremendous potential in bioengineering. This Special Issue reprint contains research articles that deal with cutting-edge technologies in various 3D-printing methods, including future strategies for developing materials and 3D-printed devices, such as: Additively manufactured polymer and hydrogel scaffolds for Biomedical use; Metal additive manufacturing for load-bearing orthopaedic implants; Geometric design and structure-function relationships in additive manufacturing; Biomechanical modelling and testing of spine and vertebral systems; Mechanical characterisation and performance validation of additively manufactured biomedical structures; Computational design, multiscale modelling and optimisation in biomedical additive manufacturing.

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