This research aimed to (1) study pattern from ancient fabrics (2) to study design of women’s apparel by digital printing techniques and (3) study the satisfaction women’s apparel in 3 designs consisting of printed fabric with four-petaled diamond design in a trellis pattern Printed fabric with design in a puttern pattern. The population was 100 assessors within the age range 35 - 40 yearn in Phra Nakhon Bangkok. The research instrument was a questionnaire. Data were statistically analyzed for Percentage Mean and Standard Deviation. Results showed that most respondents ages 31 - 35 years being single earning from 15000 - 25000 bath. Most got bachelors degree Working private business and used to use women’s apparel by printed fabric choose to buy/use your own style purchase from the opportunity to be used motivated by personal preferences and selection issues from shapes. The satisfaction of the respondents towards womens apparel products has a high level of average in all 3 products according to the following average values: shawls with an average of 4.10 shoulder bags with an average of 4.03 and hats with an average of 3.72. The decision to buy when the product is released. Interested in choosing to order products online most. The products that are most interested in buying are shoulder bags. The pattern that is most interested in buying is diamond design in a trellis pattern. The factors that make the decision to buy the most are the pattern and colour of the product.

“The Development of Decoupaged Lanna Pattern Bamboo Curl Folk Craft by Ban Rong Don Chai Community in Sarapee Chiang Mai of Thailand” research project’s objectives are 1) To design Thai Lanna pattern for decorates the decoupaged bamboo curl folk craft 2) To survey the decoupaged bamboo curl folk craft customers satisfaction 3) To provide the knowledge and technology on Decoupaged Lanna Bamboo Curl Folk developing The research instrument is a target satisfaction survey which has been analyzed on descriptive statistics . Studied and designed unique Lanna patterns from 3 important religious places of Chiang Mai- Wat Pra Singha Woramahawihan Wat Duang Dee and Wat Chedi Luang which has their own different outstanding Lanna art. 1) Splendid stucco art from Wat Pra Singha Woramahawihan 2) Finely wood carving art from Wat Duang Dee 3) Brilliant Lacquer and gold leaves art from Wat Chedi Luang Woramahawihan Their outstanding Lanna art has inspired a new design which has developed to use for decorating the Lanna bamboo curl folk craft such as home decor souvenirs and home utensils. 25 targets of the satisfaction survey have been impressed on “The Development of Decoupaged Lanna Pattern Bamboo Curl Folk Craft by Ban Rong Don Chai Community in Sarapee Chiang Mai of Thailand” research project. Considering on each field- subject curriculum design expert materials facilities value and utility got the highest impressions scores. The overall averages also shows that every fields got the impression score on ‘most satisfied’

This paper presents the experimental results of the oil extraction process from wild almond seeds by mechanical and chemical methods. The optimum conditions for the biodiesel production from the extracted oil via transesterification reaction using methanol and potassium hydroxide (KOH) are reported. Chemical extraction was found to be an effective technique for wild almond oil extraction. Simple distillation was used as oil extraction unit applying 140 ml of n-hexane as solvent at 70ºC for 20 min. The oil yield was 43.11±0.98%. This extracted oil was used as raw material for biodiesel production with the maximum yield of 83.20±1.11%. The optimum conditions for biodiesel production were the catalyst loading of 0.5 wt% and 9:1 molar ratio of methanol to oil in a controlled reaction temperature of 70ºC for 60 min. Finally the properties of biodiesel were analyzed and most properties met the requirements of the department of energy business standard.

Non-destructive test with Acoustic Emission technique was used for monitoring of the corrosion in the above ground oil storage tank. In the analytical characteristics of acoustic emission wave however Acoustic Emission test has to be prior used for the location detection of corrosion especially indication of the severity of corrosion. In this research the relationship between the corrosion rate and the sound wave energy was studied. The corrosion and damage detected on the surface of the aboveground storage tank was determined by the Acoustic Emission Test. Nine pieces of low carbon steel grade SS400 was soaked in sodium chloride solution in simulated tanks at concentrations of 1.5 3.5 and 5.5 wt%. Next the corrosion activity was checked by performing with the Acoustic Emission Testing for 1 hour and thus calculating the corrosion rate of the test specimens. From the experiment it was found that the rate of corrosion affects the Acoustic Emission Energy. The corrosion rate was increased with the concentrations of the solution increasing from the corrosion process. The corrosion rate was also increased with the sound wave power increases. Therefore in order to achieve the corrosion rate and the position of the defects on the inner surface of the tank non-destructive testing with acoustic emission technique can be factually chosen for this specific application.

The objective of this research improve the taxation process service KhunKaew Subdistrict Municipality Office. Quality Function Deployment: QFD is found that the standard of period operating time should be resolved by applying the principle of improving ECRS that reduce the working time of Property tax collection process. There are 6 steps of the testing process and finding the standard time with the 10-cycle times to find out about appropriate number of cycles using the Maytag table at 95% reliability and ±5% precision. The results are found that the appropriate of 13 sub-tasks number cycles times and no more than 10 cycles. Then use the average time to find out determining allowances time for determine standard time. The results after applying the ECRS principle to improve and solve problems in sub-work are found that it can reduce the number of sub-work from 13 works to 11 works and also can reduce the cycle time from 1168.88 seconds down to 633.68 seconds or 45.74%. There are reduce wasting of working process waiting times duplication of work. The result could be applied with another tax collection the similar methods and could be responses the customer requirements.