Not only is it a real motion that can be perceived in a concrete form, there is a change in the position of the subject from one point to another by visual sensing, but it is also related to the sensation and perception of motion which is constructed as a ‘Bahasa Rupa’ grammar and visualized in advertising as a visual communication medium. Perception is formed because of the attraction between the person's self-concept in the perceptual process and the tendency of human adaptive traits (polymorphs); included in interpreting 'motion' which is very likely to be perceived differently by the sensibility and sensory process of each person; especially closely related to the circulation of the meaning of signs in visual communication, one of which is in print advertisements. This research was developed from the results of research by AK.Dewi (2015-2017), and will use the Mix-Method approach within the framework of Experimental Research One-Shot Case Study, the object of research is a segmented print advertisement based on the AIO classification (Activity, Interest and Opinion). It is hoped that this research will produce a logical explanation of visual stimuli in static media that can attract the attention of the audience, especially in print advertisements that apply the Motion Feature as its ‘Bahasa Rupa’; at the same time providing development in Visual Communication Design science, especially for Brand Communication as a visual communication strategy to strengthen the efficiency of using word language on static media. The object of research is a segmented print advertisement based on the AIO classification (Activity, Interest and Opinion). It is hoped that this research will produce a logical explanation of visual stimuli in static media that can attract the attention of the audience, especially in print advertisements that apply the Motion Feature as its ‘Bahasa Rupa’; at the same time providing development in Visual Communication Design science, especially for Brand Communication as a visual communication strategy to strengthen the efficiency of using word language on static media. The object of research is a segmented print advertisement based on the AIO classification (Activity, Interest and Opinion). It is hoped that this research will produce a logical explanation of visual stimuli in static media that can attract the attention of the audience, especially in print advertisements that apply the Motion Feature as its ‘Bahasa Rupa’; at the same time providing development in Visual Communication Design science, especially for Brand Communication as a visual communication strategy to strengthen the efficiency of using word language on static media in digitizing era.
—NTT Ikat Weaving is one of Indonesia's traditional cultural heritages that must be preserved. Weaving is one of the sub-sectors of the creative industry that is being promoted by the Government in supporting the Indonesian economic sector. Currently the use of weaving in interior design is only limited to the decoration function. Even though the uniqueness of the patterns, motifs, colors and textures of the woven fabrics has the opportunity to be explored into more massive water furniture materials. This research contains exploration of ethnic-modern style furniture designs using NTT woven fabrics combined with wood materials and other furniture accessories. This research is an experimental research which is divided into two stages, namely the design exploration stage and the prototype production stage. The purpose of this research is to generate innovations in the interior design and furniture industry, preserve local values in interior design and contribute to the creative economy. The output of this research is a prototype of an ethnic-modern style furniture with detailed construction of the connection between wood as the main raw material and NTT woven cloth as the supporting material.
The largest deposit of natural asphalt in the world is located on Buton Island, Indonesia, which is around 677 million tons. With such abundance, Indonesia should be able to supply domestic asphalt needs, even has the potential to export abroad. However, the asphalt industries in Indonesia have not been able to process effectively the natural asphalt from Asbuton rock into a better quality of asphalt. Generally, they only focuses on resizing and separating the Asbuton rock according to the specifications of filler. This situation causes Indonesia has to import asphalt from abroad. Several studies and experiments have been done previously in lab-scale to produce high yield of nanoasphalt from Asbuton by combining microemulsion technique and Ultrasonication. Here we present a conceptual plant design of nanoasphalt production to process 121.8 tons/day of Asbuton rock as the raw material and produce 190 ton/day of nanoasphalt. The economic feasibility of processes of the Plant Design is analyzed. The economic evaluation in this work involves analyzing the capital and operating costs of the process to determine the return on investment (ROI), Break Even Point (BEP), Payback Period (PP), Internal Rate of Return (IRR). The result shows that the production of nanoasphalt is relative economical with ROI, BEP, PP and IRR are 31.54%, 24.5%, 2.47%, 35.46%, respectively.
Injection molding is a method of forming a thermoplastic/ composites material that is melted by heating and then injected into a mold so that the thermoplastic material can harden. The use of plastics is not only caused by the need for efficiency, as well as technological advances in the field of material engineering or manufacturing technology from the material itself. In this study, a hand-press injection molding machine was planned with the working principle of the lever being applied so that the transmission would transform the force to the injector so that the molten thermoplastic and composite material would come out into the mold. When the force is applied to the hand-press injection molding is analysed using Solid works and the mold design used refers to the dimensions of the ASTM D 3039 standard. For the tensile test, ASTM D 6110 for the impact test and ASTM D 695 for the bending test. Construction components of hand-press injection molding machine using ST 60 material, mold for tensile testing specimens, bending testing and impact testing using Al 7075 material, heating cylinder tube using Al 7075 material, the force given to the 200kg suppressor lever transmitted on the suppressor shaft obtained 0.29MPa. The maximum voltage at construction is 332 N/mm2 with a safety factor of 2.12 and a deflection of 13.09 mm.
Urbanization is needed to ensure a higher quality of life for the rapidly growing population worldwide. Changing the land surface is a significant effect of growth and causes an increase in the land surface temperature (LST). This research used remote sensing techniques to evaluate the impact between built-up area and LST in Bandung City, Indonesia in 2014 and 2019. The methodology includes data collection derived from Landsat 8 imagery, pre-processing, calculated the value of built-up area generated through the NDBI algorithm based on cloud-computing platform Google Earth Engine (GEE). The result showed the distribution of LST and density of built-up was increased from 2014 to 2019. The density of built-up had increased by 4.47 %, and the density of high buildings had increased by 0.06 %, The coefficient of determination R2 between NDBI and LST in 2014 was 0.82 and 0.84 in 2019, which means that the potential of the built-up density to describe the surface temperature was 82.4 % in 2014 and 84.2 % in 2019. It can be concluded that the NDBI building density value and the LST soil surface temperature value have a very strong correlation.
