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Dr. DANIEL MORENO NIETO
Cadiz University

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0 Industrial Design
0 Product Design
0 Sketching
0 Design for Additive Manufacturing
0 additive manufactuing

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Journal article
Published: 26 March 2021 in Polymers
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Additive manufacturing technologies are shifting from rapid prototyping technologies to end use or final parts production. Polymeric material extrusion processes have been broadly addressed with a specific definition of all parameters and variables for all different of technologies approaches and materials. Recycled polymeric materials have been studied due to the growing importance of the environmental awareness of the contemporary society. Beside this, little specific research has been found in product development applications for AM where the printed parts are in highly moisture environments or surrounded by water, but polymers have been for long used in such industries with conventional manufacturing approaches. This work focuses on the analysis and comparison of two different additively manufactured polymers printed by fused filament fabrication (FFF) processes using desktop-size printers to be applied for product design. The polymers used have been a recycled material: polyethylene terephthalate glycol (PETG) and polylactic acid (PLA). Degradation and water absorption behaviors of both materials are presented, analyzed and discussed in this paper, where different samples have been immersed in saturated solutions of water with maritime salt and sugar together with a control sample immersed in distilled water. The samples have been dimensionally and weight-controlled weekly as well as microscopically analyzed to understand degradation and absorption processes that appear in the fully saturated solutions. The results revealed how the absorption process is stabilized after a reduced number of weeks for both materials and how the degradation process is more remarked in the PLA material due to its organic nature.

ACS Style

Daniel Moreno Nieto; María Alonso-García; Miguel-Angel Pardo-Vicente; Lucía Rodríguez-Parada. Product Design by Additive Manufacturing for Water Environments: Study of Degradation and Absorption Behavior of PLA and PETG. Polymers 2021, 13, 1036 .

AMA Style

Daniel Moreno Nieto, María Alonso-García, Miguel-Angel Pardo-Vicente, Lucía Rodríguez-Parada. Product Design by Additive Manufacturing for Water Environments: Study of Degradation and Absorption Behavior of PLA and PETG. Polymers. 2021; 13 (7):1036.

Chicago/Turabian Style

Daniel Moreno Nieto; María Alonso-García; Miguel-Angel Pardo-Vicente; Lucía Rodríguez-Parada. 2021. "Product Design by Additive Manufacturing for Water Environments: Study of Degradation and Absorption Behavior of PLA and PETG." Polymers 13, no. 7: 1036.

Conference paper
Published: 01 March 2021 in INTED2021 Proceedings
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ACS Style

David Sales; Juan Jesús Martínez; Paula Remigio; Nuria Baladés; Manuel Alejandro Fernández-Ruiz; Daniel Moreno Nieto; Jesús M. López; Francisco Simón; Marcos Tuite; Sergio I. Molina. LINKING MASTER FINAL PROJECTS TO INDUSTRY MATTERS AS A WAY TO INITIATE UNIVERSITY/INDUSTRY COLLABORATIONS. INTED2021 Proceedings 2021, 5766 -5766.

AMA Style

David Sales, Juan Jesús Martínez, Paula Remigio, Nuria Baladés, Manuel Alejandro Fernández-Ruiz, Daniel Moreno Nieto, Jesús M. López, Francisco Simón, Marcos Tuite, Sergio I. Molina. LINKING MASTER FINAL PROJECTS TO INDUSTRY MATTERS AS A WAY TO INITIATE UNIVERSITY/INDUSTRY COLLABORATIONS. INTED2021 Proceedings. 2021; ():5766-5766.

Chicago/Turabian Style

David Sales; Juan Jesús Martínez; Paula Remigio; Nuria Baladés; Manuel Alejandro Fernández-Ruiz; Daniel Moreno Nieto; Jesús M. López; Francisco Simón; Marcos Tuite; Sergio I. Molina. 2021. "LINKING MASTER FINAL PROJECTS TO INDUSTRY MATTERS AS A WAY TO INITIATE UNIVERSITY/INDUSTRY COLLABORATIONS." INTED2021 Proceedings , no. : 5766-5766.

Journal article
Published: 09 February 2021 in Applied Sciences
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This paper aims to collect in a structured manner different computer-aided engineering (CAE) tools especially developed for additive manufacturing (AM) that maximize the capabilities of this technology regarding product development. The flexibility of the AM process allows the manufacture of highly complex shapes that are not possible to produce by any other existing technology. This fact enables the use of some existing design tools like topology optimization that has already existed for decades and is used in limited cases, together with other novel developments like lattice design tools. These two technologies or design approaches demand a highly flexible manufacturing system to be applied and could not be used before, due to the conventional industrial process limitations. In this paper, these technologies will be described and combined together with other generic or specific design tools, introducing the study case of an additive manufactured mechanical design of a bicycle stem.

ACS Style

Daniel Nieto; Daniel Sánchez. Design for Additive Manufacturing: Tool Review and a Case Study. Applied Sciences 2021, 11, 1571 .

AMA Style

Daniel Nieto, Daniel Sánchez. Design for Additive Manufacturing: Tool Review and a Case Study. Applied Sciences. 2021; 11 (4):1571.

Chicago/Turabian Style

Daniel Nieto; Daniel Sánchez. 2021. "Design for Additive Manufacturing: Tool Review and a Case Study." Applied Sciences 11, no. 4: 1571.

Journal article
Published: 12 August 2020 in Symmetry
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This article introduces a methodological approach to the evaluation of different industrial products according to Norman’s approach and dimensions, focusing on a specific case study. The study also shows different possibilities to guide industrial designers during the design process in order to create products with high emotional value. For those, the case study was done with 330 target specific users, submitting nine prototypes (designed for different targets) to the user experience evaluation and product perception analysis. The evaluated proposals were selected from a total of 45. The results show the visceral, behavioural and reflective levels perceived by those users to whom each product is intended, as well as the target deviation within the design process. In this sense, the emotional response reveals the asymmetric character of perception according to Norman’s dimensions.

ACS Style

María Alonso-García; Miguel-Ángel Pardo-Vicente; Lucía Rodríguez-Parada; Daniel Moreno Nieto. Do Products Respond to User Desires? A Case Study. Errors and Successes in the Design Process, under the Umbrella of Emotional Design. Symmetry 2020, 12, 1350 .

AMA Style

María Alonso-García, Miguel-Ángel Pardo-Vicente, Lucía Rodríguez-Parada, Daniel Moreno Nieto. Do Products Respond to User Desires? A Case Study. Errors and Successes in the Design Process, under the Umbrella of Emotional Design. Symmetry. 2020; 12 (8):1350.

Chicago/Turabian Style

María Alonso-García; Miguel-Ángel Pardo-Vicente; Lucía Rodríguez-Parada; Daniel Moreno Nieto. 2020. "Do Products Respond to User Desires? A Case Study. Errors and Successes in the Design Process, under the Umbrella of Emotional Design." Symmetry 12, no. 8: 1350.

Review
Published: 16 December 2019 in Rapid Prototyping Journal
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Purpose The build volumes of additive manufacturing (AM) technologies are increasing in size. This improvement is associated with the growing reliability of AM processes and is driven by a rise in demand from several industries. Large-format additive manufacturing (LFAM), when referring to polymeric extrusion systems, is quite new in the field of AM. The purpose of this paper is to present a review of large-format (those with build volumes over 1 m3) fused deposition or extrusion-based AM equipment. Design/methodology/approach This paper presents an exhaustive literature review for all the publications in the field of AM in the current decade, as well as technological coverage in the news, specialized blogs and technology fairs since the year 2015. Findings This review reveals growing scientific and industrial activity, as well as in equipment, in the field of LFAM. An increase in research activity is also occurring in parallel with a growing interest, potential and adaptation of these technologies in certain industries. Originality/value This review may be the first publication to collect the majority of existing information on LFAM for polymeric extrusion systems in terms of applied extrusion technologies, commercial products, specific material research and developments, intellectual property, design and simulation solutions, as well as its practical applications.

ACS Style

Daniel Moreno Nieto; Sergio I. Molina. Large-format fused deposition additive manufacturing: a review. Rapid Prototyping Journal 2019, 26, 793 -799.

AMA Style

Daniel Moreno Nieto, Sergio I. Molina. Large-format fused deposition additive manufacturing: a review. Rapid Prototyping Journal. 2019; 26 (5):793-799.

Chicago/Turabian Style

Daniel Moreno Nieto; Sergio I. Molina. 2019. "Large-format fused deposition additive manufacturing: a review." Rapid Prototyping Journal 26, no. 5: 793-799.

Journal article
Published: 01 January 2019 in DYNA
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It is well known that industry is suffering a transformation called industry 4.0, occurring in the majority of developed countries where the use of a number of disruptive technologies are increasing efficiency and effectiveness of processes aiming the boost of competitiveness. Additive manufacturing is one of the technologies that builds this new industrial paradigm; and product design and development evolves by the use of these emerging processes defining new product categories and new business models, within the context of mass customization. In this article, we will describe the process of design and development of a consumer product, an electric guitar, through an additive manufacturing technology: fused deposited modeling of semi-molten polymers. Illustrating the design and development stages and tools for the product to be adapted to the possibilities that this additive technologies offer in terms of flexibility and geometric complexity adapting the geometry of every product to the ergonomics needs of every user in a fully automatic process. Key words: Additive manufacturing, Industry 4.0, mass customization, fused deposition modeling, parametric design, industrial design, CAD computer aided design, Electric guitar, user centered design, product ergonomics.

ACS Style

Daniel Moreno Nieto; Rafael Bienvenido; Sergio I. Molina; Gari DE LA Herran. DESIGN AND DEVELOPMENT OF A PARAMETRIZABLE ELECTRIC GUITAR THROUGH ADDITIVE MANUFACTURING. DYNA 2019, 94, 26 -31.

AMA Style

Daniel Moreno Nieto, Rafael Bienvenido, Sergio I. Molina, Gari DE LA Herran. DESIGN AND DEVELOPMENT OF A PARAMETRIZABLE ELECTRIC GUITAR THROUGH ADDITIVE MANUFACTURING. DYNA. 2019; 94 (1):26-31.

Chicago/Turabian Style

Daniel Moreno Nieto; Rafael Bienvenido; Sergio I. Molina; Gari DE LA Herran. 2019. "DESIGN AND DEVELOPMENT OF A PARAMETRIZABLE ELECTRIC GUITAR THROUGH ADDITIVE MANUFACTURING." DYNA 94, no. 1: 26-31.

Journal article
Published: 25 July 2018 in Additive Manufacturing
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Polymeric Pellet-Based Additive Manufacturing (PPBAM) systems are increasing in the field of 3D printing as a result of the evolution of additive technologies as their development process consolidates and expands. New opportunities for industrial integration of additive manufacturing (AM) technologies are identified, including AM of large polymeric parts. The PPBAM process consists of adapting a pellet-fed extrusion mechanism to a displacement system, either a Cartesian mechanism or a robotic arm system, building parts in a multi-layered approach. This use is justified by the extruded filament sizes required and the material costs when facing large-format prints. In this article, a pellet extrusion based printer prototype is presented together with a case study. The case study consists of the development of a two cubic meter capacity plastic part for the naval industry with a topology optimization design approach and material selection and validation methodology for a large-volume pellet based extrusion system. Two functional prototypes were developed with the selected materials from the explained methodology a PLA and a flame retardant ABS, and post processed to full fill the actual product´s specifications.

ACS Style

Daniel Moreno Nieto; Victor Casal López; Sergio Ignacio Molina. Large-format polymeric pellet-based additive manufacturing for the naval industry. Additive Manufacturing 2018, 23, 79 -85.

AMA Style

Daniel Moreno Nieto, Victor Casal López, Sergio Ignacio Molina. Large-format polymeric pellet-based additive manufacturing for the naval industry. Additive Manufacturing. 2018; 23 ():79-85.

Chicago/Turabian Style

Daniel Moreno Nieto; Victor Casal López; Sergio Ignacio Molina. 2018. "Large-format polymeric pellet-based additive manufacturing for the naval industry." Additive Manufacturing 23, no. : 79-85.