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The purpose of this paper is to explore consumers’ understanding of autonomous driving by comparing perceptions of occasional drivers (ODs) and frequent drivers (FDs).

Data were gathered through semi-structured interviews with 41 drivers. Their responses were categorized into thematic categories or topics on the basis of content analysis, and the topics were structured based on the core-periphery model. Finally, the authors visualized the structure on a perceptual map by adopting a maximum tree approach.

Respondents’ understanding of autonomous driving were categorized into 10 topics. There were significant differences in topics and their relationships between ODs and FDs. Findings also show that FD can better detect hazardousness from autonomous driving environments than ODs.

Differently from prior studies’ focus on its technological aspect and some derived benefits, the study examines it from the viewpoint of consumers, who are critical participants in the dissemination of autonomous driving.

The findings suggest that rather than focusing on developing the highest level of autonomous cars, developing in an evolutionary way by adding automated functions to existing cars can be the better strategy to dominate the autonomous vehicle market.

This study is a pioneering work in that it can be an initial empirical work on autonomous driving from the customer standpoint.

The current study examined cultural (diffuse orientation), organizational (organizational work-family climates) and individual (role centrality) antecedents of key work-family (WF) experiences (WF conflict, WF enrichment and WF boundary management) in India.

Survey data were collected from 586 white-collar employees in India. The data were analyzed using structural equation modeling.

Analyses revealed interesting culture-specific insights into the WF dynamic. For example, less demarcation between WF boundaries (diffuse orientation) did not increase WF conflict, but significantly fostered WF enrichment, challenging the findings in the Western cultural contexts. A supportive organizational WF climate was found to be a crucial factor that alleviated WF conflict, whereas greater investment in work role led to greater WF enrichment.

This study addresses a dearth of research on antecedents of WF interface that simultaneously examines the positive and negative aspects of WF interface. It also advances the WF literature by generating empirical evidence related to the cultural dimension of diffuse orientation.

This study provides a holistic view of WF interface in the Indian context by incorporating various antecedents in one model.

The purpose of this paper is to examine the thermal insulation and water vapor transmission rate (WVTR) according to the type of the filling material, and compared the thermal insulation in the dynamic state considering actual wearing conditions.

The thermal insulation and WVTR were evaluated in a standard state depending on the type of filling material (goose down (GD), duck down (DD), Thinsulate700 (T700), Thinsulate600 (T600) and Polyester (PET)), and the changes in thermal insulation were examined by measuring the microclimate in the case of an environmental change from a high temperature to a low temperature. In addition, the clumping of filling material and the changes in the thickness/weight depending on the laundry process were observed, and the relationships with the thermal insulation were analyzed.

The results showed that for natural filling materials (GD and DD), the thermal insulation deteriorated significantly due to changes in the thickness/weight after laundering ten times, and water washing was more appropriate than the dry cleaning. On the other hand, the artificial filling materials (T700, T600 and PET) showed a relatively smaller difference, except for clumping, when they went through more dry cleaning or water washing cycles compared to the natural filling materials.

The results showed that the laundry methods have different effects on the damage to the filling material, the change in thermal insulation, and the change in the comfort-related physical property. Therefore, it is important to select the optimal laundry method depending on the filling material.