ANALYSIS OF PILAR AND ABUTMENT FOUNDATIONS ON THE BATU RASANG-MAMBULU VILLAGE BRIDGE PROJECT TAMBELENGAN DISTRICT SAMPANG REGENCY
DOI:
https://doi.org/10.33474/jice.v3i1.15134Keywords:
Strous Foundation, Abutment Foundation, Pillar Foundation, Batu Rasang–Mambulu Village Bridge.Abstract
In building a bridge, careful and careful planning is needed and controlled. Because good planning will significantly support the implementation of safe and strong bridge construction, and the results are as desired. For this reason, we need technical plans, such as load calculation and management project management. This specialised plan must be carried out carefully and thoroughly and fulfil a strong and safe bridge; it can also carry it out as efficiently as possible in terms of cost and time. From this research on the bridge project in Batu Rasang Village - Mambulu, Tambelengan District, Sampang Regency, the results of the analysis of the design of the abutment and pillar structure calculations, the condition can support the bridge after knowing the outcome of abutment and pillar planning on the bridge (Q total > W/M) of 1042.31 > 7.14. Furthermore, on the subgrade characteristics from sondir test results with the results of existing calculations for determining the carrying capacity, the abutment and pillar construction can be stable because they can withstand the loads above them (P pile < P permit) of 27.54 < 28.43.
References
Journal Publication:
Agata, I.C. (2017). "Analysis of the Strauss Pile Foundation Supporting Capacity in the Construction of the Kadiri University Mini Hospital Building". Kadiri University; Kediri.
Elfandar, I. M. (2012). "Work Practice Report (Planning Strousse Foundation Office of the National Education Office of Pamekasan Regency)". Madura University; Pamekasan.
Dion, F.L. (2019). “Alternative for Planning the Superstructure of the Camel Back Truss Steel Frame Bridge Using the LRFD Method In Weutu, Atambua City, Kab. Speckle. Ntt Province.â€. ITN; Malang.
Hadi, N and Edison Leo. (2018). "Comparative Analysis of Steel Frame Bridge Reinforcement Using External Prestressing Method in View of Prestressed Cable Trase Forms". Tarumanagara University; Jakarta.
Haris, A. (2015). "Comparative Study of Kali Stone Foundation, Strauss Foundation and Local Plate Foundation for 2-Story Residential Houses Type 85/72 Viewed From Cost, Time, And Implementation Method". Adhi Tama Institute of Technology; Surabaya.
Nelson, H and Alfonsius. (2018). “Evaluation of abutment and foundation planning on bridge projects in Bawadasi, Lahomi District, Kab. West Nias". Darma Agung University; North Sumatra.
Revian, D.S et al. (2020). "Planning the Construction of the Sub-Structure of the Kuala Tambangan Village Bridge on the Batakan Section". Islamic University; Kalimantan.
Tamba, H et al. (2017). "Structure of Reinforced Concrete Bridge in Sail River, Limapuluh Subdistrict, Pekanbaru City". Lancang Kuning University; Pekanbaru.
Ulfa, J. (2015). "Strong Analysis to Support Bored Pile Foundation Based on Field Testing Data (Cone And N-Standard Penetration Test)". College of Technology; Pekanbaru.
Wahyudi, A et al. (2014). "Capacity Analysis of Austrian Steel Frame Bridge Type A60 Using Midas Civil Software (Case Study of Ten Sluice Bridge)". Sebelas Maret University; Surakarta.
Yusti, A and Ferra, F. (2014). "Analysis of Pile Supporting Capacity Verified With Pile Driving Analyzer Test Results and Capwap (Case Study Project Construction of Bank Sumsel Babel Office Buildings in Pangkalpinang)". Bangka Belitung University; Pangkal Pinang.
Book:
Asiyanto. (2008). "Construction Method of Concrete Bridge". University of Indonesia (UI-Press); Jakarta.
Asiyanto. (2009). "Construction Method For Foundation Work". University of Indonesia (UI-Press); Jakarta.
Hadjisarosa, Poernomosidi. (1982). "Regulation for the Implementation of Bridge Construction". Third Printing. Public Works Publishing Agency; South Jakarta.
Hardiyatmo, H. C. (2003). "Foundation Analysis and Design II". Second Edition. Gadjah Mada University Press; Yogyakarta.
Hobbs, F. D. (1979). "Traffic Planning and Engineering Second Edition". Pergamon Press; Birmingham.
SNI 03-2847-2002. "Procedures for Calculation of Concrete Structures for Reinforced Buildings".
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