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additive manufacturing for soft magnetic materials

Additive manufacturing for soft magnetic materials

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IEEE international Magnetic conference (INTERMAG)

作者： Vincent, Martin Frederic, Gillon denis, Najjar Abdelkader, Benabou Jean-Francois, Witz Michel, Hecquet Philippe, Quaegebeur Univ Lille Arts & Metiers Inst Technol Cent Lille JuniaULR 2697L2EP Lille France Univ Lille CNRS Cent Lille UMR 9013LaMcube Lab MecanMultiphysMultiechelle Lille France

ISBN: (纸本)9780738130996

additive manufacturing technologies are known for fast prototyping and enabling a wide variety of shapes beneficial to the design of components. If materials used for 3d printers were first mainly polymers, nowadays they are beginning to become more complex in order to allow metal and ceramic 3d printing using composite feedstock. In this work, we aim at additively manufacturing magnetic component. The building process is presented by using filament feedstock for Fused deposition modeling process and part of the produced cores have been magnetically characterized. A second innovative printing process using a pellet-based material is investigated for the printing part. In order to consider soft magnetic ferrite, the modeling of the printed object has been carried out. First to calculate the losses in a toroidal inductor and take into account the strong impact of the temperature on the magnetic permeability. Second, to investigate the evolution of magnetic permeability in link with the material density. Thereafter an undulated geometry of a toroidal inductor that is enabled by 3d printing is presented as an illustration. Experimental characterization of the magnetic properties has been carried out to verify the modeling results concerning the impact of the density over permeability.

关键词： additive manufacturing Magnetic Materials Magnetic modeling MIM-Like 3d Printing

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Visions, Concepts, and Applications in additive manufacturing for Yacht design

Visions, Concepts, and Applications in Additive Manufacturin...

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ahfe international conference on additive manufacturing, modeling systems and 3d prototyping

作者： Musio-Sale, Massimo Nazzaro, Paolo Licinio Peterson, Eric Univ Genoa Design Navale & Naut Stradone St Agostino 37 I-16123 Genoa Italy Superf Scrl Via Privata OTO 10 I-19136 La Spezia SP Italy Florida Int Univ Architecture Dept 11200 SW 8th St Miami FL 33199 USA

ISBN: (纸本)9783030202163;9783030202156

3d scanning and modeling in yacht design and manufacturing allow for a high level of geometric precision and formal freedom while also achieving many of the functional performance criteria required in the marine industry. additive manufacturing technologies present new opportunities for design manufacturing, shifting prototyping from an intermediate operation to more direct applications in the production field limited only by the scale and material constraints of current 3d printing equipment. Future scenarios for this type of application in yacht manufacturing introduce the possibility to conceive of alternative design systems including larger elements integrating different materials with varied thicknesses and densities to satisfy the complex material, structural, and mechanical requirements of sophisticated marine components. In the not too distant future we can imagine 3d printing as a feasible way to produce entire yachts, especially for small series or one-off productions.

关键词： 3d modeling 3d printing 3d scanning Rapid prototyping Fabrication Fused filament fabrication additive manufacturing Robotics Yacht design Nautical design Naval architecture Performative design Material performance Material optimization Fiber reinforced plastic

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design for additive manufacturing (dfAM): Analysing and Mapping Research Trends and Industry Needs

Design for Additive Manufacturing (DfAM): Analysing and Mapp...

引用

2022 Portland international conference on Management of Engineering and Technology, PICMET 2022

作者： Guertler, Matthias R. Clemon, Lee Michael Bennett, Nick S. deuse, Jochen University of Technology Sydney Centre for Advanced Manufacturing Faculty of Engineering and It Sydney Australia Institute of Production Systems Tu Dortmund University Dortmund Germany

ISBN: (数字)9781890843410

ISBN: (纸本)9781890843410

Since its early days as a rapid prototyping technology, additive manufacturing has significantly evolved and become an important enabling technology for advanced manufacturing. despite the benefits, its application in industry is not trivial as, for example, products need to be re-designed and processes changed, and it is not always the optimal manufacturing technology. design for additive manufacturing (dfAM) is a key approach to support the successful use of additive manufacturing in industry and to bridge the gap between research and practice. Aside from design process and technology related methods and tools, dfAM also considers organisational and procedural aspects. To support the success of dfAM and as a result additive manufacturing, it is important to understand how industry needs are addressed by current dfAM methods/tools and related research activities. In this respect, a comprehensive analysis is missing. Therefore, this paper systematically analyses current research topics, fields and trends as well as industry needs and dfAM requirements from an engineering management perspective. Mapping them allows for a systematic discussion between academia and industry to identify the most pressing research needs. © 2022 PICMET.

关键词： 3d printers

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20th IFIP WG 5.1 international conference on Product Lifecycle Management, PLM 2023

20th IFIP WG 5.1 International Conference on Product Lifecyc...

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20th IFIP WG 5.1 international conference on Product Lifecycle Management, PLM 2023

ISBN: (纸本)9783031625817

The proceedings contain 61 papers. The special focus in this conference is on Product Lifecycle Management. The topics include: A data Structure for developing data-driven digital Twins;a Quality-Oriented decision Support Framework: Cyber-Physical systems and Model-Based design to develop design for additive manufacturing Features;examining the Influence of Business Models on Technical Implementation of Smart Services;navigating the digital Twin: 3d Exploration for Asset Administration Shell Content;industrial Layout Mapping by Human-Centered Approach and Computer Vision;a data Management Approach for Modular Industrial Augmented Reality Applications;a Method to Interactive Simulations of Industrial Environments Based on Immersive Technologies;how to Support Knowledge Exchange in a Multi-division manufacturing Firm Using a Prototype Platform?;Contextualization for Generating FAIR data: A dynamic Model for documenting Research Activities;gamification as a Knowledge Management Tool;drivers of Change Impacting Outcome-Based Business Models in Industrial Production Equipment;exploration of Multi-layers Networks to Elicit and Capture Product Changes;a Model to Predict Span Time and Effort for Product development Processes;a Multicriteria Framework Proposition for Project Management Approaches;innovative development in a University Environment Based on the Triple Helix Concepts: A Systematic Literature Review;understanding Service design in the Context of Servitization;SE Based development Framework for Changeable Maritime systems;Interface modeling for Complex systems design: An MBSE and PLM System Integration Perspective;an Implementation of Integrated Approach in Product Life-Cycle Management Tool to Ensure Requirements-In-Loop during Complex Product development: A Cubesat Case Study;holistic Perspective to the drug-device Combination Product development Challenges;knowledge-Based Engineering design Supported by a digital Twin Platform.

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20th IFIP WG 5.1 international conference on Product Lifecycle Management, PLM 2023

20th IFIP WG 5.1 International Conference on Product Lifecyc...

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20th IFIP WG 5.1 international conference on Product Lifecycle Management, PLM 2023

ISBN: (纸本)9783031625770

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A Holistic Approach to additive Manufacture;From design for AM to Part Verification in Product development

A Holistic Approach to Additive Manufacture;From Design for ...

引用

ahfe international conference on additive manufacturing, modeling systems and 3d prototyping

作者： Tallon, Paul Wilson, Michael F. Univ Huddersfield 3M Buckley Innovat Ctr Huddersfield W Yorkshire England

ISBN: (纸本)9783030202163;9783030202156

This paper presents an overview of the advantages and pitfalls of adopting additive manufacturing (3d printing) as a tool in the product design and development repertoire. The technology offers considerable advantages and flexibility to the designer but necessitates a fresh look at the design parameters. The technology should not be used to do what can already be done, but with a new tool. Rather it should form the basis of creating a new form which meets functional requirements, which uses the holistic approach we advocate and which cannot be made using classic technologies such as machining or casting.

关键词： additive manufacture AM 3d printing Metals design

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A novel Infill Strategy to approach Non-Planar 3d-printing in 6-axis robotized FdM 18

A novel Infill Strategy to approach Non-Planar 3D-printing i...

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18th IEEE/ASME international conference on Mechatronic and Embedded systems and Applications (MESA)

作者： Insero, Federico Furlan, Valentina Giberti, Hermes Univ Pavia Dept Elect Comp & Biomed Engn Pavia Italy

ISBN: (纸本)9781665455701

additive manufacturing (AM) is a class of processes with a remarkable growth and evolution during the last years. Those allow to fabricate components deposing a great variety of raw materials with a layer by layer approach. Conventional material deposition strategy is identified by the slicing process layering the 3d component with planes. Although convention slicing enables common Cartesian 3d-printers, is constraining the fabrication of near-net shape components featuring overhangs and particularly to free-form geometries without the use of dedicated supports. Conventional slicing is also limiting industrial 6-axis robots which are more flexible, providing larger working area and introducing more degrees of freedom than Cartesian 3d-printers. Non-planar slicing unlocks such features changing deposition direction according to multi-directional surface. On the other hand, non-planar slicing generalization is a challenging problem due to its own intrinsic complexity. Hence, the goal to achieve a flexible non-planar slicer software is still not reached. This work considers a quarter of torus as representative of a free-form part which only the external surface is known analytically. The aim of this work is to provide a new method to define a non-planar infill to fabricate filled-solid parts starting from the data on the contour. It is a first and preparatory step of problem generalization. An experimental activity is pursued showing the non-planar infill strategy introduced. The printed results are discussed and evaluated, underlining the capabilities of the proposed solution.

关键词： additive manufacturing Non-planar layer Infill strategy 6-axis robot Fused deposition modeling

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16th Annual IFIP WG 11.10 international conference on Critical Infrastructure Protection, ICCIP 2022

16th Annual IFIP WG 11.10 International Conference on Critic...

引用

16th Annual IFIP WG 11.10 international conference on Critical Infrastructure Protection, ICCIP 2022

ISBN: (纸本)9783031201363

The proceedings contain 11 papers. The special focus in this conference is on Critical Infrastructure Protection. The topics include: ARE EUROPEAN SECURITY POLICIES REAdY FOR AdVANCEd METERING systems WITH CLOUd BACK-ENdS?;IMPORTANCE OF CYBER SECURITY ANALYSIS IN THE OPERATIONAL TECHNOLOGY SYSTEM LIFECYCLE;TRUSTEd VIRTUALIZATION-BASEd PROGRAMMABLE LOGIC CONTROLLER RESILIENCE USING A BACKFIT APPROACH;ATTACK-dEFENSE modeling OF MATERIAL EXTRUSION additive manufacturing systems;MANIPULATION OF G-COdE TOOLPATH FILES IN 3d PRINTERS: ATTACKS ANd MITIGATIONS;dETECTING PART ANOMALIES INdUCEd BY CYBER ATTACKS ON A POWdER BEd FUSION additive manufacturing SYSTEM;LOW-MAGNITUdE INFILL STRUCTURE MANIPULATION ATTACKS ON FUSEd FILAMENT FABRICATION 3d PRINTERS;LEVERAGING CONFIdENTIAL COMPUTING TO ENABLE SECURE INFORMATION SHARING.

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Towards data-driven additive manufacturing processes 22

Towards data-driven additive manufacturing processes

引用

23rd international Middleware conference Industrial Track, Middleware Industrial Track 2022 - Part of Middleware 2022

作者： Gulisano, Vincenzo Papatriantafilou, Marina Chen, Zhuoer Hryha, Eduard Nyborg, Lars Chalmers University of Technology Chalmers University of Technology

ISBN: (纸本)9781450399173

additive manufacturing (AM), or 3d printing, is a potential game-changer in medical and aerospatial sectors, among others. AM enables rapid prototyping (allowing development/manufacturing of advanced components in a matter of days), weight reduction, mass customization, and on-demand manufacturing to reduce inventory costs. At present, though, AM has been showcased in many pilot studies but has not reached broad industrial application. Online monitoring and data-driven decision-making are needed to go beyond existing offline and manual approaches. We aim at advancing the state-of-the-art by introducing the STRATA framework. While providing APIs tailored to AM printing processes, STRATA leverages common processing paradigms such as stream processing and key-value stores, enabling both scalable analysis and portability. As we show with a real-world use case, STRATA can support online analysis with sub-second latency for custom data pipelines monitoring several processes in parallel. © 2022 Owner/Author.

关键词： 3d printers

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Automatic design of 3d Lightweight Structures Based on Finite Element Mesh

Automatic Design of 3D Lightweight Structures Based on Finit...

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ahfe international conference on additive manufacturing, modeling systems and 3d prototyping

作者： Park, Keun Lim, Young-Eun Park, Jung-Hwan Seoul Natl Univ Sci & Technol Dept Mech Syst Design Engn 232 Gongneung Ro Seoul 01811 South Korea

ISBN: (纸本)9783030202163;9783030202156

In recent years, 3d printing has extended its applications from conventional prototyping to direct fabrication of functional parts. The advantage of 3d printing in its design flexibility and complexity has driven novel design methods that can get over traditional manufacturing constraints, and has been used to designs of lightweight structures or functional products. In the present study, we developed an automatic design of lightweight structures for weight reduction and better ventilation of 3d printed parts. Two automatic design methods of lightweight structures based on finite element (FE) mesh were developed: porous shell structures based on 3d triangular mesh and lightweight cellular structures based on 3d tetrahedral mesh.

关键词： additive manufacturing 3d printing design for additive manufacturing Lightweight structure Finite element mesh

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