and Kyle, S.: CBE Thermal Comfort Tool, 2013. ISO 7726 Ergonomics of the thermal environment-instruments for measuring physical quantities. Parsons, K.: Human Thermal Environments: The Effects of Hot, Moderate, and Cold Environments on Human Health, Comfort, and Performance. M.: Emotional User Experience in Web Design: The Kansei Engineering Approach (2009). M.: Design & Emotion: The Kansei Engineering Methodology, vol. M.: Industrial Kansei Affective Engineering. B.: Manual de conforto térmico: arquitetura, urbanismo. Springer (2015).ĪSHRAE: ANSI/ASHRAE Standard 55-2004: Thermal environmental conditions for human occupancy (2004).įrota, A. A questionnaire approach focusing on children. Keywordsįabbri, K.: Indoor Thermal Comfort Perception. (iii) Scent spray installation to influence users positively through smell. Based on the senses: visual, auditory, and olfactory, changes were proposed for a new air-conditioner, which are: (i) LED light installation with colors that can affect people in a desired way (ii) sound output installation with emission of white noise, pink noise or no output. Therefore, air currents at higher intensity are unwanted by most respondents, since it bothers somehow. In the position where the interviewee further subjected to constant air currents, greater discomfort reported. In the studied environment (classroom), the study shows that students who were position farther away from the comfort of air-conditioning reported a better sense of relaxation. In an environment where the user is not bothered by noise distractions, visual distractions or foul smell, in other words a conducive environment, the tendency to feel happy and motivated (willing), contributes to increased productivity in the workplace. Considering the environment studied in focus, classrooms, these emotions are not all seen as positive. The study determined three main emotions that must be work on calmness, sleepiness and laziness. In the investigation, an air-conditioner installed on-site to evaluate Kansei responses from 53 people in a classroom at the University of Brasilia. The study aims to use the methodology of Kansei Engineering to determine design conditions for air conditioning to obtain better response by users.
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