| dc.identifier.citation | SNI 03-1726-2002: Tata Cara Perencanaan Ketahanan Gempa Untuk Bangunan Gedung, Badan Standarisasi Nasional. 1996 AISI Specification Cold Formed Steel Design 3th Edition, Wei-Wen Yu and Roger A. LaBoube, 2010. Introduction to rencent trends in cold formed steedl construction by LW. William Design of Metallic Cold-formed Thin-wllled Member By A.Ghersi, R.Landolfo and F.M. Mazzolani 2002. Value Management in Construction A Practical Guide by Brian R. Norton and William C.McElligott 1995. Design of Cold-formed Steel Structures based on Euroced 3 : Design of Steel Structures. Part 1-3 : Design of Cold-Formed Steel Structures By Dan Dubina, Viorel Ungureanu, Raffaele Landolfo 2012. Project Management in Practice Sixth Edition By Meredith, Mantel, Jr, SHAFER 2017. BIM and Big Data for Construction Cost Management by WEISHENGLU, CHI CHUENG LAI, TUNG TSE, 2019. Project Life Cycle Economics, Cost Estimation, Management and Effetiveness in Construction Projects by Massimo Pica, Russel D. Archibald 2015. Modern projectManagement, Successfully Integrating Project Management Knowledge Areas and Processes By Norman R. Howes 2001. Project Estimating and Cost Management by Parviz F.Rad 2002. Construction Planning, Equipment and Methods Seventh Edition By Robert L.Peurifoy Clifford J. Schexnayder, Aviad Shapira 2006. Building Design Using Cold Formed Steel Section, Value and Benefit Assessment of Light Steel Framing in Housing by A.L Rogan Bsc, FBEng, Peng, MCIOB, MAPAM, R.M. Lawson Bsc(Eng),PhD, CEng, MICE , MIStructE 1998. Construction Scheduling, Cost Optimization and Management, A new Model based on neurocomputing and object technologies by Hojjat Adeli, Asim Karim The Ohio State University 2001. Factor Influencing Facillities Management Cost Perfoemance in Building Projects by Rashidul Islam, S.M.ASCE; Tasnia Hassan Nazifa; Sarajul Fikri Mohamed, PhD. ASCe Jurnal 2019. Vibration performance of Light Weight Cold- Formed Steels Floors By R. Parnell; B.W.Darwis; L.Xu, Jurnal ASCE 2010. Structural Perfomance of Cold_formed Steel Structures with Bolted Connections by K.F. Chung ( Hong kong Polytechnic University, Hung Hun, Hong Kong SAR China) Advances in Structural Engineering Vol.8 no.3 2005. Blast Load Resistance of Cold-Formed Steel Buildings by N.A. Rahman, The steel Network, Inc, Durham, North Carolian, United States, Recent Trend in Cold-Formed Steel Construction 2016. Composite Construction of Cold_fromed Steel (CFS) Section with High Strength Bolted Shear Connector By Mustapha Muhammad Lawa, Mahmood Md. Tahir, Mohd Hanim Osman Jurnal Tekanologi 2 July 2015. UTM juranl Tekanology. Engineering, Construction and Architectural Management, Project Scheduling with time, Cost and Risk tarde-off using adaptive multiple Objective differential evolution by Duc Hoc Tran, Luong Duc Long Austin State University Jurnal 2017. | id_ID |
| dc.description.abstract | Setiap pekerjaan konstruksi selalu terdiri dari engineering (perencanaan), procurement
(pembelian material dan pengangkutan material ke lapangan/site), installation
(pelaksanaan pembangunan di lapangan/site). Permasalahan yang dihadapi di
Indonesia yang merupakan negara kepulauan adalah bagaimana cara material yang
dihasilkan dari perencanaan dapat terkirim tepat waktu serta dibangun dengan baik
dan cepat serta memenuhi standar. Karenanya, penggunaan struktur Baja Ringan (Cold
Form Steel) merupakan pilihan yang tepat, karena mempunyai karakteristik lebih
ringan dari baja konvensional (Mild Steel) dengan kekuatan tarik (tensile strength) dua
kali lebih tinggi dari baja konvensional. Meskipun demikian, Cold Form Steel
mempunyai beberapa kekurangan antara lain ketebalan material maximum hanya 3
mm, tidak dapat menahan beban vibrasi yang besar, lebih peka terhadap gaya tekan
yang berakibat profil lebih mudah mengalami tekuk. Kekurangan tersebut dapat diatasi,
bila struktur direncanakan secara baik sesuai dengan standard yang berlaku, sehingga
memberikan manfaat berupa penghematan biaya dan waktu. Penelitian ini dilakukan
untuk membuktikan manfaat-manfaat penggunaan Baja Ringan dengan melakukan
perbandingan biaya dan waktu pelaksanaan pada project Bandara International Mozes
Kilangin Timika Papua. | id_ID |
