0000000000670534

AUTHOR

Giovanni Lo Iacono

showing 6 related works from this author

Robust dynamic comfort modelling for motorcycle riding

2015

Comfort modeling is considered a prerequisite in motorcycle design, primarily to address safety concerns and to position the product on themarket. However, a comprehensive methodology for comfort modeling during the earliest development phases of a motorcycle model is still missing. Anthropometrical variation is the main noise factor to consider in comfort modeling in relation to the unavoidable variability of body segments. However, comfort is a subjective concept influencing riders’ choice of motorcycle model. This work is a generalization of the robust ergonomic design methodology aimed at designing products whose ergonomic performance is insensitive to anthropometrical variation. This w…

ErgonomicMan–machine interactionHuman modelingSettore SECS-S/02 - Statistica Per La Ricerca Sperimentale E TecnologicaRobust designMixture noise factor distributionMotorcycle designComfort assessmentDigital mock-up
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Comfort-structural analysis in product development Optimization of a motorcycle frame

2012

This work steps from a bachelor thesis, joining the results of a study about the dynamic loads to evaluate the comfort loss in the motorcycle during the usage, with the potentiality of a modern FEM software. The goal is the development of a new methodology for structural optimization of motorcycle’s frame. In many of cases the success of the structural optimization is linked with a two factors combination: the software and the strength of the engineer to condition the mathematical problem, defining parameters domain and technological constraints. A good alternative to the traditional load hypothesis linked to historical data or instrumental measurements is focused in this paper. Consistent …

Settore ING-IND/14 - Progettazione Meccanica E Costruzione Di MacchineOptimization Motorcycle frame FEM Analysis
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Robust Dynamic Comfort Modeling for Motorcycle Riding

2014

Comfort modeling is considered a prerequisite in motorcycle design, primarily to address safety concerns and to position the product on the market. However, a comprehensive methodology for comfort modeling during the earliest development phases of a motorcycle model is still missing. Anthropometrical variation is the main noise factor to consider in comfort modeling in relation to the unavoidable variability of body segments. However, comfort is a subjective concept influencing riders' choice of motorcycle model. This work is a generalization of the robust ergonomic design methodology aimed at designing products whose ergonomic performance is insensitive to anthropometrical variation. This …

Robust designEngineeringSoftwareRobustness (computer science)business.industryHuman factors and ergonomicsHuman Factors and ErgonomicsDesign methodsbusinessMan machine interactionIndustrial engineeringIndustrial and Manufacturing EngineeringSimulationHuman Factors and Ergonomics in Manufacturing & Service Industries
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Robust dynamic comfort modeling for motorcycle riding

2015

Comfort modeling is considered a prerequisite in motorcycle design, primarily to address safety concerns and to position the product on the market. However, a comprehensive methodology for comfort modeling during the earliest development phases of a motorcycle model is still missing. Anthropometrical variation is the main noise factor to consider in comfort modeling in relation to the unavoidable variability of body segments. However, comfort is a subjective concept influencing riders' choice of motorcycle model. This work is a generalization of the robust ergonomic design methodology aimed at designing products whose ergonomic performance is insensitive to anthropometrical variation. This …

ErgonomicHuman modelingMan-machine interactionSettore SECS-S/02 - Statistica Per La Ricerca Sperimentale E TecnologicaMixture noise factor distributionRobust designMotorcycle designComfort assessmentHuman Factors and ErgonomicSettore ING-IND/16 - Tecnologie E Sistemi Di LavorazioneDigital mock-upIndustrial and Manufacturing Engineering
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New frontiers of Robust Design with applications to motorcycles

2012

Most of the literature on Robust Design has so far focused on making technical performances of products and processes as much insensitive as possible to the action of noise factors, often representing physical variables. When studying the human-machine interaction, we can try to achieve system robustness to “human” noise factors in general, by considering variations in: psychological impact, body shapes and cognitive psychology in usage. These are new frontiers of Robust Design. This work started from three research lines, namely Kansei Engineering, Robust Ergonomic Design, and Human Machine interface design, the former involving cognitive and psychological aspects within product placement,…

Robust DesignmotorcycleSettore ING-IND/16 - Tecnologie E Sistemi Di Lavorazione
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Progettazione emozionale statistica

2010

In questo lavoro si propone l’utilizzo di particolari metodologie statistiche nell’ambito del Kansei Engineering, con un esempio applicativo a motoveicoli di media cilindrata appartenenti al segmento delle turistiche di medio raggio. Seguendo la procedura proposta, il “prodotto moto” è stato analizzato dal punto di vista delle emozioni che esso suscita nel potenziale acquirente, all’interno del cosiddetto spazio semantico. Al contempo nello spazio delle proprietà, le specifiche di mercato sono state selezionate e raggruppate attraverso l’utilizzo di un software che stima l’importanza degli attributi o caratteristiche di prodotto. Successivamente sono state condotte delle interviste che mira…

Progettazione EmozionaleKansei EngineeringSettore SECS-S/02 - Statistica Per La Ricerca Sperimentale E TecnologicaProgettazione Statistica
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