Today, there is an opportunity to bring together creative design activities to exploit the responsive and adaptive ‘smart’ materials that are a result of rapid development in electro, photo active polymers or OFEDs (organic thin film electronic devices), bio-responsive hydrogels, integrated into MEMS/NEMS devices and systems respectively. Some of these integrated systems are summarised in this paper, highlighting their use to create enhanced functionality in textiles, fabrics and non-woven large area thin films. By understanding the characteristics and properties of OFEDs and bio polymers and how they can be transformed into implementable physical forms, innovative products and services can be developed, with wide implications. The paper outlines some of these opportunities and applications, in particular, an ambient living platform, dealing with human centred needs, of people at work, people at home and people at play. The innovative design affords the accelerated development of intelligent materials (interactive, responsive and adaptive) for a new product & service design landscape, encompassing assistive healthcare (smart bandages and digital theranostics), ambient living, renewable energy (organic PV and solar textiles), interactive consumer products, interactive personal & beauty care (e-Scent) and a more intelligent built environment.

Overview of researches on fashion color forecasting. Concern the important contributions and achievements on fashion color forecasting researches. Divide the current researches into two main types: systematic analysis system and historical color data analysis in terms of the objectivities. Propose the common methodologies applied in the researches: personal color preference investigation (systematic analysis), rough set, grey theory, statistical analysis etc. Discuss the deficiencies, including data collection and prediction model problems that existed in the current forecasting researches.

To find out the distribution of pressure on brassiere

The natural colorant was extracted from cortex phellodendri and rubia using biological enzyme and ultrasonic technology together, and the effect of biological enzyme and ultrasonic technology on natural plant dyes extract yield was discussed through absorbance values of extracted solution in this work. Also, the dyeing solution (cortex phellodendri and rubia) extracted by enzyme-ultrasonic method was found to give the highest color difference (ΔE) among dyed fabrics. It was proved through the experiment that, natural plant dyes extract yield can be increased by using biological enzyme and ultrasonic technology together, with high efficiency, energy saving and pollution dipping features. The optimized condition for dye extraction was to extract the dry cortex phellodendri and drubia at 50°C for 60 mins. with pH 4.5.

In Iranian culture, carpet is the first choice for covering the floor; it is a very suitable substrate for growing pathogenic microbes. In this research, the main aim is to investigate the antibacterial effectiveness of rodalon solutions on silken fibers by spraying method used in silken carpet. Silken pile carpet laid in a public place (in VIP of The Homa hotel) for 30 days and some microbes found on them were investigated . The antimicrobial effect of different Rodalon solutions on the identified microbes was studied in vitro. The silken fibers were treated with solutions of Rodalon like before and the antimicrobial effectiveness was assessed by the zone of inhibition method at different times. Two pieces of carpet untreated and treated with Rodalon solution were sewed together and laid for two weeks in a public place and the amounts of bacterial growth on it was determined by colony count method and the results were compared. Finally some mechanical properties of treated silken fibers were measured after 30 days and was compared with untreated one. The results showed the presence of some pathogenic microbes on the laid carpet such as Escherichia coli and Staphylococcus aureus. The inhalation time for treated silken fibers was found to be improved. The amount of colony growth on treated carpet reduced considerably and moreover the mechanical test results showed no significant deterioration effect of studied properties in comparison to the untreated yarn.

The purpose of this study was to investigate the relationship between perceptual attributes of costume colour and the colour value changes. In this study, “gorgeous” and “plain” as words for description of human colour emotion were used, and costume picture samples and colour piece samples of same colours with 40 hues and 9 levels of values were evaluated on emotion variables by 32 subjects in the behavioural trials. The results showed that the colours of medium values have the most gorgeous emotion, and presented sensitivity to subjects during the evaluation of “gorgeousness”, the RT (response time) of costume is less than the RT of colour pieces, it is easier to make judgment on colour emotion in costume, while the lower-value-colour and the higher-value-colour reduce the effect on “gorgeous” emotion.

Engineered design of compression athletic wear has been selectively applied in various recognized Olympic sports and popular recreational activities. This recent development is, as one type of additional body-behavioural support, protection and adjustment, plays a crucial role, in improving the athletes' performances. Typically, this is accomplished by providing engineered design support, pressure, and form-fit on targeted areas of athletes' body. In the present paper, a contextual model including 5Ps (i.e. Physical, Psychological, Physiological, Psychophysical, and Psychophysiological properties) related to user comfort and performance, has been developed to analyze multiple relationships between the athlete, athletic wear, immediate body space and sports environment, which would help us understand the effects of athletic wear on sports performance. The 5Ps reference model explores the mechanisms of action of body-clothing-environment system from a comprehensive view, thus effectively optimizing functional design of compression athletic wear in practice to enhance sports achievement and comfort.

Room temperature ionic liquids were adsorbed on the surface of the multiwalled carbon nanotubes (MWCNTs) by electrostatic interaction between carboxyl groups on the chemically oxidized MWCNTs surface and room temperature ionic liquids. The cations of ionic liquids and carboxyl groups on the carbon nanotube surface are put into a one-to-one correspondence by the electrostatic interaction. Negatively charged 15 nm gold nanoparticles are subsequently anchored to the surface of the MWCNTs through the electrostatic interaction between the ionic liquids and the gold nanoparticles. Gold nanoparticles are selectively attached to chemically functionalized surface sites of carbon nanotubes. This approach provides an efficient method to attach other nanostructures to carbon nanotubes and can be used as an illustrative detection of the functional groups on carbon nanotube surfaces.

The subjective wearing pressure sensation developed by foundation garment was surveyed and reported in this paper. Wearing experimental procedure was designed and fifteen female undergraduates were employed as subjects for this study. We obtained results of subjective wearing pressure sensation and shaping effect assessment through the questionnaire. Firstly, we studied the correlation between pressure evaluation, shaping effect assessment and time. Secondly, we analyzed the overall pressure sensation and different body part pressure sensation developed by corsets, three main factors were extracted from the 15 positions through statistical analysis, the subjective regression formula Y = -0.807 +0.499 X1 + 0.187 X3 was gained. The overall subjective pressure sensation had significant correlation with the waist (X1) and near waist (X3) pressure evaluation.

The human body's features are the key to design clothing structure. Between people with physical disabilities and normal people, there are evident differences in their living requirements. Embellishment is needed because of physical distortion; as well as, functionalized design is strongly required to allow more independence in dressing and more self sufficiency in daily activities. Therefore, pattern design should encourage the health recovery, improve living style, and realize personal expectations. The final aim is to allow people with a disability a life of self-respect and facility, and enable them to mingle with family and society to a greater extent. In the past, there had been some clothing designed for people with disabilities. However most of those designs lack aesthetic consideration, and usually focus on the excessively direct aspect of function. Based on the characteristics of human body and movements, particularity for people with limb disabilities, the clothing pattern was analysed by means of real examples. Combining the knowledge of human engineering (ergonomics), textile materials and apparel technology, special modifications were designed in the garment to de-emphasize visual evidence of a person's disability, and strengthen function and convenience to meet the needs of body activities. Clothing designed for disabled people should contain elements of both function and beauty, which can help them rise to the “convenient”, “beautiful” and “functional” level from the “inconvenient”, “concealment” level. As a result, improvement in the quality of life of people with limb disabilities will be achieved.