Solo-Yogyakarta KM 9-15 Road is the national highway, which supports the traffic of goods and services, but many passing goods transport vehicles do not match the allowable load. As a consequently, the damage on the pavement occurred. Therefore, this study aims was to know the effect of overloading on design life and pavement thickness. This study used the method of Binamarga to analyze the effect of pavement thickness caused by overloading. The analysis was carried out by using the formula of design life decreasing with the value of Cumulative Equivalent Standard Axle (CESA) for overloading and standard load. Based on the 2013 Binamarga method, the design life is reduced by about eight years, from the previously determined is 20 years. Moreover, based on the analysis on pavement thickness of 20 years design life for a standard load, it showed that pavement thickness is needed for total surface layer is 100 mm consist of AC WC 40 mm and AC BC 60 mm. In addition, the base course layer is 145 mm (AC Base), and the subbase course layer is 300 mm (LPA Kelas A). At the same time, for overloading, the analysis result showed that it was required the pavement thickness for the surface layer is 100 mm, the base course layer is 180 mm, and the subbase course layer is 300 mm. These results indicate that overloading causes a reduction in the design life of the pavement and an increase in the thickness of the pavement.

ABSTRAK Dusun Pokoh 1 merupakan salah satu dusun yang terletak di desa Dlingo, kecamatan Dlingo, Kabupaten Bantul, Daerah Istimewa Yogyakarta.Dusun Pokoh 1 dalam pengolahan data yang berisi informasi kependudukan masih dilakukan secara manual yang membutuhkan banyak waktu. Oleh karena itu, untuk mengurangi permasalahan tersebut perlu dilakukannya pembaharuan dalam sistem informasi desa, salah satunya dengan melakukan pemetaan daerah Dusun, yang di dalamnya berisi informasi mengenai kependudukan, jenis usaha dan lain sebagainya sesuai dengan kebutuhan desa atau dusun yang dapat dikenal sebagai rumah data bagi dusun tersebut menggunakan Sistem Informasi Geografis (SIG) dan pengaplikasiannya dibantu melalui software ArcGIS. Melalui software ArcGIS dapat dilakukan pemetaan dan pengoperasian yang mudah dipahami. Pemetaan dusun berbasis SIG ini berupa tampilan peta yang dilengkapi dengan atribut yang berisi data-data informasi yang telah diinput dan mudah untuk dilakukan peng-update-an sehingga data-data dusun tersebut selalu terbaharui. Setelah dilakukannya pembaharuan sistem informasi desa secara digital, masyarakat lebih mudah dalam mengelola dan mendapatkan informasi untuk kependudukan dusun dengan Sistem Informasi Geografis (SIG) melalui software ArcGIS yang telah dilaksanakan dalam program kegiatan Pemetaan Dusun Pintar berbasis SIG. Hasil yang telah diperoleh adalah masyarakat dapat mengetahui secara rinci letak rumah warga besertakan data-data kependudukannya yang telah tersedia dalam bentuk online dan dalam bentuk peta. Oleh karena itu,  masyarakat dapat lebih mudah untuk mengakses maupun memperbaharui data-data kependudukan dusun. Kata-kata kunci : Dusun Pokoh 1,  Informasi Kependudukan, Pemetaan Dusun Berbasis GIS,   ABSTRACK Pokoh 1 Hamlet uses the manual method in managing the data of population information. This certainly takes more time and is inefficient. Therefore, an update is needed in the hamlet information system, one of which is mapping the hamlet area. In the system, there is population information, type of business, and others, according to the needs of the village or hamlet. The program, also known as the 'data house', utilizes a Geographic Information System (GIS) and its application is assisted by ArcGIS software. ArcGIS software is implemented to map and simplify the system so that it is easy to understand. This GIS-based hamlet mapping is in the form of a map display equipped with the information data that is easily inputted and updated, so it is always up to date. The digital hamlet information system is expected to make it easier for the community to manage and obtain hamlet population information. The Geographic Information System (GIS) through ArcGIS software has also been implemented in the GIS-based Smart Hamlet Mapping activity program. The public can check in detail the location of people's homes along with their population data online in the form of real data and mapping. Hence, the community will find it easier to analyze and update hamlet population data.

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One of the efforts to reduce road damage due to excessive loads is to increase the quality of the asphalt mixture by improving or increasing the quality of asphalt (bitumen). The use of Asbuton or crumb rubber as an additive in the pavement mixture will have a different effect on the properties of the mixture itself. The purpose of this study was to determine the comparison of the criteria for damage to Asbuton modified asphalt and asphalt modified SIR 20 crumb rubber against fatigue crack resistance and permanent deformation based on the mechanical rheological properties of asphalt and to determine the optimum levels of Asbuton and the optimum levels of crumb rubber SIR 20 that meet the specifications. The research method was carried out by examining the mechanistic rheological properties of asphalt with a Dynamic Shear Rheometer (DSR). The results of this study indicate that Asbuton modified asphalt is more resistant to permanent deformation than rubber modified asphalt while rubber modified asphalt is more resistant to fatigue cracking than Asbuton modified asphalt.

The role of tourism is a significant industry in the world, especially in Indonesia, which is a supporter of the economic sector that has speedy growth and provides a significant amount of employment sectors. In the current decade in Yogyakarta, tourism is growing and will become one of the main pillars of the country's economy. Mrisi Hamlet has advantages and natural characteristics that are good for being a location for leisure and sports. Lakes, rivers, and rice fields are natural resources attracted by tourists, supported by a strategic position, namely in the north of the Kasongan craft center and the south of the Madukismo sugar factory. The purpose of this service community is to assist tourism-aware groups to design facilities and infrastructure that can be developed for tourism to take advantage of nature, improve the economy of the region, and generate new jobs using the 3D SketchUp application. Hamlet tourism planning using 3D SketchUp produces excellent quality images because of the use of escape (real-time rendering and virtual reality), which significantly improves the existing condition. All facilities are designed in an artistic and modern style but adapted to natural and environmental conditions, clean toilets with natural designs, and a choice of andesite (natural) stone equipped with shower and rinse rooms. The facilities were also designed in a pleasing arrangement of playgrounds and gardens, swimming pools, and revitalizing the lake with a dike design as a jogging track area that is long enough with guardrails, tree hammocks, gazebos, and relaxing places exciting photo spots.ABSTRAKPeran wisata menjadi industri besar di dunia khususnya di Indonesia sebagai penunjang sektor ekonomi yang memiliki pertumbuhan sangat cepat serta menyediakan sektor dunia kerja yang banyak. Dekade saat ini di Yogyakarta, pariwisata kian berkembang dan akan menjadi salah satu pilar ekonomi negara yang menjanjikan. Dusun Mrisi memiliki kelebihan dan ciri khas alam yang baik untuk dijadikan lokasi pelesir dan olahraga. Danau, sungai, serta hamparan sawah merupakan kekayaan alam yang bisa diminati oleh wisatawan didukung dengan posisi yang strategis yaitu di utara pusat kerajinan Kasongan dan di Selatan pabrik gula Madukiso. Tujuan pengabdian ini adalah membantu kelompok sadar wisata untuk mendesain fasilitas sarana dan prasarana   yang bisa dikembangkan untuk pariwisata guna memanfaatkan alam, meningkatkan perekonomian masyarakat sekitar, dan membuka lapangan kerja baru dengan menggunakan aplikasi SketchUp 3D. Perencanaan Dusun wisata dengan menggunakan SketchUp 3D menghasilkan gambar dengan kualitas baik karena menggunakan enscape (real-time rendering and virtual reality), memberikan dampak perubahan yang signifikan pada eksisting codition. Semua fasilitas didesain dengan bentuk yang artistik dan modern namun disesuaikan dengan kondisi alam dan lingkungan, toilet yang bersih dengan desain natural dan pilihan batu andesit (alam) dilengkapi dengan ruang mandi dan bilas. Penataan taman bermain dan taman bunga yang baik, kolam renang, serta revitalisasi danau dengan desain tanggul sebagai area joging track yang cukup panjang dengan pagar pembatas, hammock pada pohon, gazebo, serta tempat santai dan spot foto yang menarik.