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Listar por autor "Ballester Fernández, Alfredo"

Mostrando ítems 1-18 de 18

3D-body-hub: Herramientas para incorporar la antropometría en el diseño de producto

Solves Camallonga, Clara; Gil Mora, Sara; Nacher Fernandez, Beatriz; URIEL-MOLTO, JORDI; Ballester Fernandez, Alfredo; Alemany Mut, Mª Sandra; Remon Gomez, Alfredo; GONZALEZ GARCIA, JUAN CARLOS (Instituto de Biomecánica de Valencia, 2019)
A Methodology to Create 3D Body Models in Motion

Parrilla Bernabé, Eduardo; Ruescas, Ana-Virginia; Solves, Juan-Antonio; Ballester Fernandez, Alfredo; Nacher Fernandez, Beatriz; Alemany Mut, Mª Sandra; Garrido Jaen, Jose David (Springer, 2020-07-20)

[EN] Size, shape and posture are fundamental features of digital human models (DHM) to obtain accurate virtual simulations of the ergonomics of products and environments. Research on 3D body scanning, processing and modelling ...
A PCA-based bio-motion generator to synthesize new patterns of human running

Baydal Bertomeu, José Mª; Dura Gil, Juan-Vicente; Piérola Orcero, Ana; Parrilla Bernabé, Eduardo; Ballester Fernández, Alfredo; Alemany Munt, Sandra (PeerJ, 2016-11-19)

[EN] Synthesizing human movement is useful for most applications where the use of avatars is required. These movements should be as realistic as possible and thus must take into account anthropometric characteristics ...
Anthropometric Indicators as a Tool for Diagnosis of Obesity and Other Health Risk Factors: A Literature Review

Piqueras Fiszman, Paola; Ballester Fernandez, Alfredo; DURÁ-GIL, JUAN V.; Martinez-Hervas, Sergio; Redón, Josep; Real, José T. (Frontiers Media SA, 2021-07-09)

[EN] Obesity is characterized by the accumulation of an excessive amount of fat mass (FM) in the adipose tissue, subcutaneous, or inside certain organs. The risk does not lie so much in the amount of fat accumulated as in ...
BASE PROTECTION, apuesta por la tecnología del IBV para recomendar el modelo y la talla de calzado que mejor se ajusta a cada usuario

Solves Camallonga, Clara; GONZALEZ GARCIA, JUAN CARLOS; Gil Mora, Sara; Ballester Fernandez, Alfredo; Valero Zorraquino, Jorge; Nacher Fernandez, Beatriz; Alemany Mut, Mª Sandra (Instituto de Biomecánica de Valencia, 2020)

[ES] Para que un sistema de recomendación de talla de calzado se considere fiable debe fundamentarse en el ajuste o relación entre la forma interior del calzado y la forma del pie. Para ello es clave el escaneado preciso ...
Biomecánica aplicada al nuevo calzado de running de The North Face

Puigcerver Palau, Sergio Antonio; Gonzalez Garcia, Juan Carlos; Piqueras Fiszman, Paola; Medina Ripoll, Enrique; Ballester Fernández, Alfredo; Fayos Sancho, Juan; Solves Camallonga, Clara; Tito Malone, Miguel (Universitat Politècnica de València. Instituto de Biomecánica de Valencia, 2013-01)

[EN] Nowadays, one of the most popular sports is running. The footwear is the basic component for running, having a big influence in the sport performance and injury prevention. When a runner selects a pair of ...
Digitalization of 3-D Human Bodies: A Survey

Yang, Yanhong; Zhang, Haozheng; Ballester Fernandez, Alfredo; Alemany Mut, Mª Sandra; Chen, Shengyong; Zhang, Guodao (Institute of Electrical and Electronics Engineers, 2024-02)

[EN] Human plays a key role in metaverse and digital twin systems and thus live three-dimensional (3D) human shape reconstruction brings significant improvement for highly accurate anthropomorphic measurements. However, ...
Goles en césped artificial: más duradero y sostenible

Sanchís Almenara, Mercedes; Rosa Mañez, David; Magraner Llavador, Laura; Pellicer Chenoll, Maria Teresa; Garcia Belenguer, Ana Cruz; Ballester Fernández, Alfredo; Chirivella Moreno, Carlos; Garcés Pérez, Luis (Universitat Politècnica de València. Instituto de Biomecánica de Valencia, 2012-06)

[EN] Currently there are installed approximately 25 millions of square meters of artificial turf for contact sports use in Europe (football, rugby, etc.). It means that at the end of their cycle of life 400.000 tones of ...
Haciendo posible la tecnología de escaneado del pie en 3D desde cualquier smartphone

Mañas Ballester, Beatriz; Gonzalez Garcia, Juan Carlos; Alemany Mut, Mª Sandra; Ballester Fernández, Alfredo; Pierola, A.; URIEL-MOLTO, JORDI; Parrilla Bernabé, Eduardo; Montero Vilela, Jose; Sellés Vizcaya, Jesús; Vivas Vivas, Julio Antonio (Instituto de Biomecánica de Valencia, 2017)

[ES] El Instituto de Biomecánica (IBV) ha desarrollado una aplicación móvil innovadora que permite capturar la forma del pie en 3D empleando únicamente tres fotos tomadas desde cualquier smartphone, haciendo posible la ...
IEEE SA Industry Connections 3-D Body Processing Working Group and IEEE P3141 Standard for 3-D Body Processing - Part 1

McDonald, Carol; Rannow, Randy K.; Pai, Dinesh; Bullas, Alice; Ballester Fernandez, Alfredo (Institute of Electrical and Electronics Engineers, 2020-09)
IEEE SA Industry Connections 3D Body Processing Working Group and IEEE P3141 Standard for 3D Body Processing - Part 2

McDonald, Carol; Rannow, Randy K.; Pai, Dinesh; Bullas, Alice; Ballester Fernandez, Alfredo (Institute of Electrical and Electronics Engineers, 2020-11-01)
Innovación para los más pequeños

Olaso Melis, Jose; Ballester Fernández, Alfredo; Hernández Alonso, Antonio; Gil Garcia, Maria; Gonzalez Garcia, Juan Carlos; Gil Mora, Sara; Iranzo Martínez, Luis; Curatolo, Alexandra (Universitat Politècnica de València. Instituto de Biomecánica de Valencia, 2011)

[EN] Design4Children is the most ambitious European project carried out in relation to the design of products for children. It is coordinated by the Spanish Association of products for children (ASEPRI) and involves ...
La tecnología que aprende a elegir tu talla de calzado

Ballester Fernandez, Alfredo; Gil Mora, Sara; VALERO, J.; GONZALEZ GARCIA, JUAN CARLOS; Remon Gomez, Alfredo (Instituto de Biomecánica de Valencia, 2019-12)
New technologies for customizing products for people with special necessities: project FASHION-ABLE

DURÁ-GIL, JUAN V.; Ballester Fernández, Alfredo; Cavallaro, Marco; Chiodi, Andrea; Ballarino, Andrea; Brondi, Carlo; von Arnim, Volkmar; Stellmach, Dieter (Taylor & Francis, 2016)

[EN] Mass-customization of wearable products are offered as a higher added value to the broad public and have to compete with ready-to-wear offer. However, people with specific requirements are not covered by the current ...
Resultados preliminares del proyecto InKreate

Durà Gil, Juan-Vicente; Caprara, Giusseppe; Ballester Fernandez, Alfredo; Pierola, A.; Kozomara, Zorana (Instituto de Biomecánica de Valencia, 2019)

[ES] El principal objetivo del Proyecto InKreate (https://www.inkreate.eu/) es facilitar el desarrollo del diseño de moda (de la idea a los detalles técnicos) y el proceso de toma de decisiones mediante la creación de un ...
Study on controllable and uncontrollable factors affecting foot shape

Ballester Fernandez, Alfredo; PIEROLA, A.; Solves Camallonga, Clara; Parrilla Bernabé, Eduardo; URIEL-MOLTO, JORDI; Zaimi-Tortajada, Ibrahim IBM Mohamed; Page Del Pozo, Alvaro Felipe; Alemany Mut, Mª Sandra (Taylor & Francis, 2019)
¿Cómo se miden la fuerza y la fatiga de la mano?

Peydro de Moya, Maria Francisca; Rubio Hervás, Miguel; Bermejo Bosch, Ignacio; Garrido Jaen, Jose David; Baydal Bertomeu, José Mª; Matey González, Francisco José; Cortes Fabregat, Aleixandre; Ballester Fernández, Alfredo (Universitat Politècnica de València. Instituto de Biomecánica de Valencia, 2012)

[EN] The aim of this study is to create a standard reference from hand strength and fatigue applicable to Spanish population, studying the influence from age, gender and dominance. Strength and fatigue data have been ...
¿Es posible escanear con precisión el pie en 3D usando un samrtphone?

Mañas Ballester, Beatriz; Gil Mora, Sara; Ballester Fernandez, Alfredo; Alemany Mut, Mª Sandra; Parrilla Bernabé, Eduardo; Pierola, A.; Izquierdo-Riera, Mateo Dimas; Uriel-Molto, Jordi; Nacher Fernandez, Beatriz; Ortiz, V.; Page Del Pozo, Alvaro Felipe; González García, Juan Carlos (Instituto de Biomecánica de Valencia, 2018)

[ES] El Instituto de Biomecánica (IBV) ha realizado un estudio que cuantifica la precisión y validez de la tecnología de escaneado del pie en 3D con Smartphone, desarrollada por el IBV, en comparación con metodologías ...