This thesis is intended to design of packaging for rodent food. The problems found in the area and observation are that the original packaging is made of plastic. Which plastics are materials that are not friendly to nature and are expensive Packaging is not unique. Cannot separate the type of each product food. Because using all the same graphic packaging and the graphics do not attract enough attention from consumers There is no floor to display products that are suitable and proportional. Is a major cause that requires the design and development of the structure and graphics on the packaging and the display. The results of the research concluded that The packaging structure design has the highest level of satisfaction among the 3 experts. With an average of 4.56. The graphics on the packaging have the highest level of satisfaction among the 3 experts. With an average of 4.56. And the display has a high level of satisfaction among experts. With the average value of 5 and the satisfaction in the consumer packaging is the highest level with an average of 4.06. And the satisfaction in the consumer packaging is at the highest level with an average of 4.17 and consumers are satisfied with the most packaging with the highest level of satisfaction with an average of 4.12. Followed by a small hamster food with the highest level of satisfaction with an average of 4.11 and the third being cookie packaging with the highest level of satisfaction with an average of 3.97. The display has the highest level of consumer satisfaction at an average of 4.06

Doi Inthanon Forest Nature Learning Area. Case study on relationship between learning and physical behavior of Doi Inthanon is a project that creates experimental architecture caused by finding a balance between learning behavior and the needs of the context to be consistent with the physical forest education on. Doi Inthanon in each area Which Doi Inthanon has a learning area that varies according to the overlapping of different nature in many forms according to the study area A. The first form is an open area in the community area. B. The second form is a semi-overlapping natural area. C. The third form is the natural overlap area. There is a form of usage based on the freedom of the user. Therefore the purpose of the project is education. To find ways and tools to design and create a space to connect users with nature Including being a learning area for those who are interested Using architecture as a link to learning relationships In order to be appropriate for the behavior of the physical user with the aim of studying this thesis topic as a case study In creating experimental architecture in each area of Doi Inthanon By using learning behavior of users in each area to study and experiment to form images To meet the needs of the area The interaction and consistency between the architecture people way of life and context

The magnetic properties of Ba2FeMoO6 (BFMO) BaCO3 (Barium carbonate 99.9%) Fe(NO3)3.9H2O (Iron(II) nitrate 99.0%) and Mo03 (Molybdenum trioxide 99.0%) have been characterized. A slurry was prepared by mixing the powders with deionized (DI) water at a ratio of 1:7.5: by solid state reaction method through compression. In the case of BFMO sintering at 800 °C for a 4 6 and 10 hours. exhibited the largest hysteresis loop at 50 K. In addition the values of Ms and Mr indicate ferromagnetic behaviour in BFMO ceramics sintered from 600 °C to 800 °C. Finally the value of magnetization was reduced by using a lower sintering temperature SEM analysis revealed the physical appearance of sintered BFMO ceramic and showed the morphology of the BFMO powder was. coarse with an average diameter of 2 microns

The aim of this research is to design a prototype of a male dummy chest for motorcycle crash tests. The primary criteria discussed in this study are based on the unique features of Thai ergonomic body sizes with an age range of the highest fatal rate and the fundamental design of the Hybrid III 50th percentile male crash test dummy. A comprehensive experimental study of crash behavior of the prototype undergoing axial compressive loading is performed using the mutual procedure of cadaveric chest testing. For design criteria the largest chest deflection of 80 mm the maximum acceleration of 38.47g and the absorbed energy of 178.369 Joules are considered in the experiment. The obtained results show a good agreement with the experimental data of other researches in which the capability of the energy absorption depends on impact velocities. In addition the energy absorption capability of this prototype can accurately assess an injury level under AIS 3+. For this reason the first prototype of a male chest dummy is particularly suitable for an assessment of a lower serious injury level in a motorcycle crash test.

This research was the application of Unmanned Arial Vehicle (drones) in conjunction with remote sensing technology to monitor the occurrence of the waste dump site fire. The research began with designing and developing prototype tools to collect data from the field site. After the tools were tested they were used to measure gases from the dumping sites. After that the field observation was performed in Nonthaburi Province Pathum Thani Province and Pha Nakhon Si Ayuthaya Province. The final step of the research was to collect the data of active fire hot spot and image from MODIS system satellite covered the area of Nonthaburi Province Pathum Thani Province Pha Nakhon Si Ayuthaya Province and Samut Prakan Province in the period of 1 November 2017 to 31 October 2018. The result showed that the developed drone and the prototype gas detection units worked as designed. The result of gases measurement by the tools were similar to the references equipment. The field observation showed that the dumping site mainly composted of plastic organic matter and cotton which up to 74.9 percent in total. This indicated the factor that influenced the dump site gas generation. Based on the combination technique in the research it could be concluded that Drone and Remote sensing technology were the compromised technology for monitoring fire from the municipal solid waste dump site area.