Judul: Analysis of the Upper Structure of the IPB Leadership Dormitory Building Against Earthquake Loads with the Equivalent Static Method
Abstrak: Indonesia memiliki lokasi yang rawan terhadap gempa sehingga gedung-gedung yang berada di Indonesia harus didesain tahan gempa. Penelitian ini dilakukan untuk mengetahui ketahanan struktur atas gedung terhadap beban gempa dengan peraturan terbaru. Komponen utama struktur atas dimodelkan pada ETABS. Hasil pemodelan struktur menunjukkan bahwa pola ragam pertama mengalami translasi ke arah Y, kedua mengalami translasi ke arah X, dan ketiga mengalami rotasi. Partisipasi massa juga telah mencapai 90% pada pola ragam getar ke-26 di arah X dan ke-22 di arah Y. Simpangan antar tingkat dari struktur gedung dikatakan aman karena nilainya berada dibawah simpangan yang diizinkan. Hasil analisis menunjukkan balok yang terpasang memiliki jumlah dan diameter tulangan yang sesuai dengan hasil evaluasi, struktur dinding geser juga dinyatakan aman karena dapat menahan gaya aksial, momen, dan geser. Pada struktur kolom terdapat beberapa kolom yang mengalami kegagalan yang disebabkan oleh kebutuhan tulangan melebihi maksimum dan tidak mampu menahan gaya geser. Kolom diperlukan penambahan kekuatan dengan melakukan metode RC jacketing.
Keyword: balok, gempa, kolom, statik ekuivalen, struktur

Judul: Analisis dan Evaluasi Struktur Atas Gedung Pusat Informasi Kehutanan IPB Terhadap Ketahanan Gempa Berdasarkan Peta Gempa 2010
Abstrak: Indonesia is a very vulnerable country against earthquakes because of it’s located between three active earth slabs like Pacific, Indo-Australian, and Eurasia and also a number of volcanoes. The occurrence of a strong earthquakes will produce an energy that shake everything on the earth's surface, including building structures. The purpose of this research is to analyze and evaluate the resistance of Foresty Information Center Building structure against earthquake based on Indonesian Earthquake Hazard Map 2010 using a static equivalent method. This research was done in March-June 2014 used secondary data like shop drawing of Foresty Information Center Building, then analyzed by ETABS 9.7.2, and Microsoft Excell. The result of the analysis are: there are some componens which still unsafe due to the reinforcement is smaller than analysis result such as longitudinal reinforcement for beam-type B2 (existing 3D 19 < static analysis 5D 19), B3 (existing 6D 19 < static analysis 8D 19), and B3A (existing 4D 19 < static analysis 5D 19), and torsion reinforcement for beam B1, B1A, B2, B2A (existing (without reinforcement) < analisis statik 2D 19), B3 and B3A (existing 2D 19 < static analysis 4D 19), and columns K1-1(existing 12D 19 < static analysis 16D 19), K1-2 (existing 10D 19 < static analysis 13D 19), K3-1 (existing 6D 19 < static analysis 10D 19).
Keyword: ETABS, static equivalent, earthquake, upper structure evaluation

Judul: Aplikasi Minyak Nabati sebagai Coating pada Irisan Wortel (Daucus carrota) Beku dan Perubahan Mutu Selama Penyimpanan.
Abstrak: Carrot is highly perishable commodity due to respiration. This process can decompose the macro molecule into carbon dioxide, water, and other micro molecule into this decomposing lead to softening of tissue. This damage could be reduced by fast freezing and then stored under frozen. The research was aimed to know the effect of freezing time and the kind of oil used as coating on color, texture, weight loss and total dissolved solids of the slice carrot during storage. The introduction studies carried out experiments on "trial and error" process of freezing and freezing conditions best obtained by using the freezer (-18oC). The result of this study shows oil that oil gave significant effect on the quality of carrot. The best oil for coating was corn oil that gave weight up to 0.11%, total dissolved solid in the range 4 to 6 brix, color of 67 till 70 Hue, violence 1.30 and 3.10 mm/s, and it was favored by consumers even after 54 day storage.
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