| dc.identifier.citation | Kurniawan, A., D. (2009), “Pembuatan Desain Alat Pemadat Skala Laboratorium Untuk Bahan Campuran Aspal”, Draf Tugas Akhir, Universitas Muhammadiyah Surakarta, Surakarta. Sudjatmiko, A., Sunarjono, S., Setiawan, B. (2009), “Rekayasa Alat Pemadat Dinamis Sistem Roller Skala Laboratirum dan Penyelidikan Karakteristik Kepadatan Bahan Perkerasan Jalan”, Usulan Penelitian Hibah Bersaing Tahun 2009, LPPM UMS, Surakarta. Sunarjono, S. (2009), “The Influence Of Foamed Bitumen Characteristics On Cold-Mix Asphalt Properties”, PhD Thesis, University Of Nottingham, UK. Sunarjono, S., Riyanto, A., Sudjatmiko, A., Sugiyatno. (2009), “Studi Mekanika Aspal, Mekanika Tanah dan Rekayasa Alat Untuk Bahan Perkerasan Jalan (Disertai Pemberdayaan Riset Unggulan)”, Laporan Akhir Tahap Tahun I, Insentif Pemberdayaan Riset Unggulan, LPPM-UMS, Surakarta. | en_US |
| dc.description.abstract | In general, the compaction tool to create specimen in the road pavement materials at laboratories
still use vertical compaction system. While the process of compaction in the field in general using
the roller with vibration effects. This could potentially lead to differences between the characteristics
of the density and mix of properties in the laboratory and in the field. This difference of compaction
system can cause the asphalt mixture spread on the field error. A mistake is not the optimum
composition and properties of asphalt mixtures in the field. So, it required the roller in the laboratory
using a compaction system like the system used in the field. This paper aims to report the results of
engineering development of roller compactor system at laboratory scale. Engineering development
of tool is to simulate the compaction of layer pavement systems in the field using the roller. Scope
of engineering development tools include the concept of loading, the main body frame design, bath
design work, wheel load, the motor design, the portal trunk ballast design, and mold design of the
test specimen. Design tool is part of the excellent research Excellence Research Incentive
Empowerment UMS. Manufacturing prototype devices will be made in 2010 and the results of the
compaction properties of this new tool will be investigated in 2011. This paper is expected to be able
to significantly contribute to the development of science in the field of pavement material. | en_US |
