Special project for product development model from clay corncob artificid cactus. The purpose is to study and develop a recipe of clay from corncob and educationto the satisfaction of the targrt group for the the product development model from clay corncob cactus. A special project has analyzed the study data were fed with a mixture of clay corncob. Then query the properties of clay corncob from five experts. Clay corncob has the best feature of artificial cactus model. Then ask the satisfaction of the target group of 50 people and analyzed by using frequency percentage and mean were as follows. The Results were what: 1. The study data for use in product development model from clay corncob cactus. The process of formulation of clay use the standard formula is essentially. The researcher have adapted the ingredients and scale is appropriate to the develop recipes clay corncob. Experts have commented that the consistent of the soil is suitable to be molded into products better. In conclusion clay corncob recipes can be used cost-effectively. To increase consumer choice and disseminate knowledge of the profession. 2. Satisfaction targeted towards product development. When you consider that The product forms The goal is satisfied overall were at the highest level with an average of 4.32 the price of satisfaction overall was high with an average of 4.04 in benefits have satisfied the most valuable. materials averaged 4.66 goals in overall satisfaction in the highest level with an average of 4.47 available from target overall satisfaction is at the highest level with an average of 4.46. Keywords: Clay Corncob Artificial Cactus Model

The purposes of the research were to create Thai-style hanging garland made from Dan Kwian Din Phao (baked clay from Dan Kwian) and to investigate the participant’s satisfaction on the product. After studying and collecting the information related the title the researcher drew 3 sketch-designs of the product which were commented by 5 experts. The chosen design was used to make the garland and determined the product satisfaction from 50 of the participants. Data were analyzed statistically by frequency percentage and mean. And the results of the study were found as follows : 1. The B design was chosen from 5 experts on account of the product’s utility and the improvement from expert’s comment on increasing crystal beads threading together with artificial Dok Rak. 2. For the participant’s satisfaction on the product it was found that as a whole they satisfied in the product at the highest level with the mean value of 4.37. The product represented thai stylish pattern which they satisfied at the highest level with the mean value of 4.20. And they satisfied in the product’s priceless and utilization at high level with the mean value of 4.04.

The Kaolinite development process to improve the characteristics. The Kaolinite mixed ratios are 10% 20% 30% and 40% and the result indicated that the experiment mortar-mix ratio at 0:8:2.75:0.2:0.05:0.04:0.5 of cement powder sand Kaolinite limestone superplasticised and clean water compared to No MK control sample covered ASTM standard in tensile strength more than 100 ksc compressive strength of MK20% with superplasticised at 434 ksc. The water absorption values under the standard passed

This research was aimed to 1) To development of reused oasis clay formula suitable for banana leaf products 2) To study the optimum heating time in microwave oven 3) The reused oasis clay of the best tested was used for creating banana leaf product and 4) survey the experts’ satisfaction of the reused oasis clay and the consumers’ satisfaction of the product In this study 5 reused oasis clay formulas were developed. From these one were selected and heat of clay in microwave at time 3 8 13 and 18 seconds. The properties of reused oasis clay were tested by 5 experts. The reused oasis clay of the best tested was used for creating banana leaf product. Then the consumers’ satisfaction of the reused oasis clay for banana leaf products was collected from 120 customers in clay products shop or banana leaf products of Bangkok and suburban area by means of random sampling and the data were statistically analyzed in terms of percentage mean and standard deviation. It was found that the reused oasis clay of the best formula and the optimum heating time in microwave oven was formula at 4 and heating time in microwave oven established were 8 seconds. The properties of reused oasis clay suitable for creating banana leaf product. The experts’ satisfaction of the best reused oasis clay was at ( x = 4.71 S.D. = .169). The consumers’ satisfaction of the reused oasis clay for banana leaf products was at the high level of ( x = 4.20 S.D. = .182).

Nowadays car is one of important factors for the human life whereas critical traffic dramatically effects on risk of accident between cars and pedestrians. Therefore the road accident is the enormous loss of human resources. Regarding this problems the lifted mechanism of vehicle hood was concerned and installed on the vehicle hood simulator to mitigate the severe accident in this project. To achieve this the energy absorption was established to decrease the injury of pedestrians by the gap increase between the bottom edge of hood and the engine valve cover. This solution can increase the ability of energy absorption during an accident moment. There were 8 steps of hood gap in this study to in the experimental works indicated by Head Injury Criterion HIC from head-form. The testing program was referred by Pedestrian Protection Test Procedures in EURO NCAP. From the experimental works the increasing gap between the bottom edge of hood and the engine valve cover tends to decrease the values of HIC. By the lowest of HIC the 4th gap is 18 cm of space representing 90.17 and 208.06 of HIC15 and HIC35 respectively. In consequence of experiment the gap between the bottom edge of hood and the engine valve cover plays a role on the HIC value in which it can mitigate the severe injury of pedestrian on accidental way whereas the lifted up mechanism of hood are ability as conjecture.