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Thermochromic (TC) pigments offer significant potential for functional and aesthetic design of smart textile materials. In this study, TC (blue and red) pigments were applied to cotton fabrics and printed on especially designed childrenswear by flat screen printing technique. The antibacterial and ultraviolet protection functionalities have been implemented into the fabrics under study by using selenium nanoparticles. The factors affecting the printing process were studied and the optimum formula was screen printed to produce the pattern’s designs of childrenswear. After conducting several tests, the results showed a significant color-changing effect depending on temperature, the color fastness properties to light, wash, and rubbing were excellent. Antibacterial activity of printed fabrics was very good against Bacillus cereus and Escherichia coli bacteria and the anti-ultraviolet protection was found to be very good. The printed fabrics can be as protective childrenswear as shown in this work.

26:T420,

To objectify another person is to dehumanize and treat that person as an object. Objectification has interested dress scholars, and some objectification scholars have acknowledged that clothing and bodies act to facilitate or resist objectification. Research purposes were to determine the extent to which dress had been used to evoke objectification in experiments when objectification was an outcome and to determine whether internal validity had been correctly established. Experimental objectification research was content analyzed using descriptive statistics. A database search resulted in 80 refereed empirical research articles containing 91 experiments. Dress was used to evoke objectification in 57 experiments; yet, many provided no rationale for using dress stimuli or conducted manipulation checks or stimulus pretests. These practices call into question the validity of research results and may explain inconsistent results. Opportunities for dress scholars and recommendations for teaching and for research best practices are offered.

27:T457,

To improve thermal protection of protective clothing, temperature-responsive protective fabrics incorporated with shape memory alloy (SMA) springs varying on four different deformation heights and five types arrangement modes were designed. The thermal protection was investigated under radiant heat exposure of 0.39 cal/cm² s. The results indicated that the air gap between fabric layers produced by SMA springs effectively improved protective performance. The thermal protection of fabrics with different SAM arrangement modes and sizes showed different trends, and the interaction effects of