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ANALYSIS OF THE STRUCTURE OF PLANNING OF K.H. MUHAMMAD MACHDOR UNIVERSITY OF MUHAMMADIYAH CIREBON (UMC) CONCRETE STRUCTURES USING SNI 2013 利用sni 2013对穆罕默德马彻多大学(umc)混凝土结构进行结构规划分析
Pub Date : 2018-02-28 DOI: 10.33603/JGST.V1I1.1032
Ricki Saputra, Sumarman Sumarman
Planning structure can be defined as a mix betweenart and science combined with intuition expert structure of the behavior of the structure with the basic knowledge in statics, dynamics, mechanics of material, and analysis, to produce a structure economical and safe, during services. (Agus Setiawan , 2008). Over time and the times in Indonesia humans can innovate to design buildings with some more modern building style. In addition in designing a building structure, we need a few materials that can be used as an ingredient implementation.Structural material that can be used includes wood, bamboo, concrete, steel, or any other supporting material. As well as on building construction projects K.H. Muhammad Machdor Universitas Muhammadiyah Cirebon Campus 2 by using concrete construction. Planning the contruction of its own building structure refers to the regulation SNI 1727-2013 and Pedoman Perencanaan Pembebanan Untuk Rumah dan Gedung 1987 regarding the imposition  and use of seismic regulations stipulated in SNI 1726-2012. The preparation and the planning itself is assisted using modeling Extended Three Dimension Analisys of Building System ETABS v.9.5.0.
规划结构可以定义为艺术与科学的结合,结合直觉,专家结构的行为与静力学,动力学,材料力学和分析的基本知识,以产生一个结构经济和安全,在服务期间。(Agus Setiawan, 2008)。随着时间的推移和印度尼西亚的时代,人类可以创新设计一些更现代的建筑风格的建筑。此外,在设计建筑结构时,我们需要一些可以用作成分实现的材料。可以使用的结构材料包括木材、竹子、混凝土、钢或任何其他支撑材料。以及建筑施工项目K.H. Muhammad Machdor Universitas Muhammadiyah Cirebon Campus 2使用混凝土结构。规划自身建筑结构的建设参考SNI 1727-2013法规和Pedoman perencanan pembanan Untuk Rumah dan Gedung 1987关于SNI 1726-2012规定的地震法规的实施和使用。准备工作和规划本身使用建模扩展三维分析的建筑系统ETABS v.9.5.0辅助。
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引用次数: 0
ANALYSIS OF IMPROVEMENT ROAD PALIMANAN – KRAMAT SECTION CIREBON REGENCY 巴里马南-克拉马特路段公路整治分析
Pub Date : 2018-02-28 DOI: 10.33603/JGST.V1I1.1036
M. Mustakim, S. MartinusAgus
Cirebon Regency has a good potential of both in trading and service. So, the roads should contribute to support the driving to comfort for road users . Palimanan – Kramat road is one of the access roads to RegencyCirebon. Along the way Palimanan - Kramat majority to be a place of business. Along Palimanan– Kramat road is a lot of structural damage such as potholes, cracked lengthwise and there is also almost the entire surface of the asphalt peeling. All this happened was possible because the line was often traversed by vehicles such as dump trucks which overload. The purpose of this study is to solve the damage to the road by means of the overlay. The method which is used in this study is a survey method in the location of the Overlay Palimanan – Kramat Road. Analysis of the data which is used are the Summary of Traffic Volume, Volume Peak Hour Traffic, Highway Capacity Analysis, Traffic Growth, Calculation of Pavement Thickness. The results of the study explained that the capacity of the vehicle on roads this time is at 1450 pcu/h, the degree of saturation of 0.3 into the current level of service B that is stable, high capacity most vehicles via this road for 378 pcu/hour. From these results, the road quite smoothly enough so that it can be concluded that the vehicles passing dominated by heavy vehicles with a load of overload which caused damage to the road and the re-layer thickness of 11 cm. Therefore, to note the level of vehicle load so as not to overload the structure of the pavement. Keywords: Road Pavement, Capacity of Road, Road Pavement Structure, Capacity of Vehicles
在贸易和服务两方面都有很好的发展潜力。因此,道路应该有助于支持驾驶,为道路使用者提供舒适。Palimanan - Kramat公路是通往RegencyCirebon的通道之一。一路上帕里马南-克拉马特多数是一个做生意的地方。Palimanan - Kramat公路沿线有许多结构损坏,如坑洼,纵向开裂,而且几乎整个路面的沥青都在剥落。这一切之所以成为可能,是因为这条铁路线经常被超载的自卸卡车等车辆穿越。本研究的目的是为了解决覆盖层对道路的破坏。本研究使用的方法是一种覆盖Palimanan - Kramat路定位的调查方法。所使用的数据分析是交通量汇总,高峰时段交通量,公路容量分析,交通增长,路面厚度计算。研究结果说明,本次道路上的车辆通行能力为1450 pcu/h,饱和程度0.3成目前B级服务水平即为稳定,高通行能力多数车辆通过此道路为378 pcu/h。从这些结果来看,道路相当平稳,因此可以得出结论,通过的车辆以重载车辆为主,重载车辆对道路造成了破坏,重层厚度为11 cm。因此,要注意车辆荷载水平,以免路面结构超载。关键词:道路路面,道路通行能力,道路路面结构,车辆通行能力
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引用次数: 0
THE PERFORMANCE ANALYSIS OF IRRIGATION AREA OF CIBENDUNG WEIR OF BREBES REGENCY 布列布市赤本洞堰灌区性能分析
Pub Date : 2018-02-28 DOI: 10.33603/JGST.V1I1.1031
N. A. Zain, Ohan Farhan
Cibendung Weir comprised in the district of Banjarharjo Brebes Center Java, the located approximately less than 50 km from Cirebon and 40 km from Brebes Center Java, and exist some villages such as, Cikakak, Karang Maja, Tiwulandu Village in East and Tonjong, Singkup, Gandol in West. Cibendung Weir have duct the name is Induk Cibendung Weir or named D.I Jangkelok Hilir. At first, the water able to dilute more less 6677ha but in this time only more less 6349ha, the trouble is diversion of the use of land. This Cibendung Weir was built in the years 1901 – 1904.  The irrigation areas of Cibendung Weir supply six kemantren such as Kemantren Cibendung, Kemantren Bantarsari, Kemantren Losari Hulu, Kemantren Losari Hilir, Kemantren Kubangjero, and Kemantren Rungkang. The purpose of this research is become reference from evaluation performance of the irrigation area in Cibendung Weir by analyzing the physical condition of building although duct in the irrigation area of Cibendung Weir, analyzing of human resource in the irrigation area of Cibendung Weir, analyzing of rain Hydrology in the irrigation area of Cibendung Weir, analyzing of income from Bendung Cibendong, analyzing of the patterns plants in the irrigation area of Cibendung Weir, and analyzing planning plant and the realization of planting in the irrigation area of Cibendung Weir. The method of this research is qualitative method, in which the fission of the problem is explained that subject or the object research based on the facts which used during doing the research in performance of irrigation system and try to make a good relation in deep from the aspects particularly. Based on the build condition in this irrigation area is classified as satisfactory with percentage of damage reached 11,30%. Meanwhile, the duct condition in this irrigation area Cibendung Weir is good classified with percentage of damage reached 8,21%. The condition of organizer in DI Jangkelok Cibendung Weir only available 51 people, while in needed is 67 people with less percentage reached 17,94% so that service toward the duct condition is less completed and have the impact to net condition which less wake or always damaged, this situation should be increased.From the results of the analysis of the ratio of demand discharge with available discharge added effective rainfall in Irrigation Area Jengkelok,Cibendung Weir fulfilled,but many unused discharge it is necessary to modify cropping pattern in orde to maximize the potential of available discharge. The planting realization in 7 years ago in the irrigation area Jangkelok Cibendung Weir  it is less from the planning plant, but in the period of 2011/2012 occurs increased 7,34% and the realization of intensity planting is average 243,77% while the average of planning plan is 268,91% thus the lower plant in productivity in this case since it can’t be done to planting in this wide area.
Cibendung Weir由Banjarharjo Brebes中心爪哇地区组成,距离Cirebon不到50公里,距离Brebes中心爪哇不到40公里,东部有Cikakak, Karang Maja, Tiwulandu村,西部有Tonjong, Singkup, Gandol村。赤本东堰的名字是Induk赤本东堰,也叫D.I Jangkelok Hilir。起初,能稀释的水量多了6677ha,但在这个时候只多了6349ha,问题是土地的改道利用。这座慈本堂堰建于1901 - 1904年。池本敦堰的灌溉区供应6个池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦、池本敦。本研究的目的是通过分析次本洞堰灌区建筑管道的物理状况,分析次本洞堰灌区的人力资源,分析次本洞堰灌区的降雨水文,分析次本洞灌区的收入,分析次本洞灌区的植物格局,对次本洞堰灌区的绩效评价提供参考。并对旗本洞堰灌区规划种植及实现情况进行了分析。本研究的方法是定性方法,即根据研究灌溉系统性能时所使用的事实来解释主体或客体研究问题的分割性,并力图从具体的几个方面建立良好的深层关系。根据该灌区的建筑状况,该灌区的破坏率为11.30%,为良好。同时,该灌区旗本洞堰的风管状况较好,损坏率达8.21%。DI长克洛池本东堰的组织者条件只有51人,而需要的是67人,不足的比例达到17.94%,因此对管道条件的服务完成程度较低,对净条件的影响较少,或者经常损坏,这种情况应该增加。从需水流量与有效流量之比分析结果来看,曾克洛克灌区新增有效降雨量、池本洞灌区实现了大量未利用流量,但有必要对种植方式进行调整,以最大限度地发挥有效流量潜力。在7年前,长克洛奇本东堰灌区的种植实现比规划工厂少,但在2011/2012年期间增加了7.34%,集约种植的实现平均为24.77%,而规划计划的平均为26.91%,因此在这种情况下,由于无法在这么大的面积上种植,工厂的生产力较低。
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引用次数: 0
Identification of MicroRNAs from an Oil-Producing Microalgae 产油微藻microrna的鉴定
Pub Date : 2015-12-01 DOI: 10.1166/jgst.2015.1033
Zuodong Qin, Xiaofang Luo, Haifeng Chen, G. Duns, Jishuang Chen
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引用次数: 0
Enterprise Resource Planning System Selection Methodologies in Electronic and Mobile Commerce 电子和移动商务中的企业资源规划系统选择方法
Pub Date : 2015-12-01 DOI: 10.1166/JGST.2015.1034
G. Alinejad, S. Emamgholizadeh, A. Zabihi, Rahmat Alizadeh
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引用次数: 1
Using Support Vector Clustering in Social Datasets and Optimize by Multi-Stages Clustering 基于支持向量聚类的社会数据集多阶段聚类优化
Pub Date : 2015-12-01 DOI: 10.1166/jgst.2015.1031
P. Mohsen, Z. Rezaei
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引用次数: 0
Fuzzy Data Mining Methods on the Distributed Dataset Clustering 分布式数据集聚类的模糊数据挖掘方法
Pub Date : 2015-12-01 DOI: 10.1166/jgst.2015.1030
Harris Soleiman, Saminol Sezari, Tony Chandler
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引用次数: 0
A Simple, Efficient and Sustainable Route to Cellulose/Cu Nanocomposite-Evaluation of Their Antimicrobial and Free Radical Scavenging Activities 一种简单、高效和可持续的纤维素/铜纳米复合材料制备方法——其抗菌和自由基清除活性的评价
Pub Date : 2015-12-01 DOI: 10.1166/JGST.2015.1037
Sharika Kuthiravettath Cottayil, Megha Mohan, G. Sivasubramanian
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引用次数: 2
Tailored Non-Woven Electrospun Mesh of Poly-Ethyleneoxide-Keratin for Radioactive Metal Ion Sorption 针对放射性金属离子吸附的聚环氧乙烷角蛋白定制无纺布静电纺网
Pub Date : 2015-12-01 DOI: 10.1166/JGST.2015.1032
K. Balasubramanian, Surabhi Sharma, S. Badwe, Barnali S. Banerjee
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引用次数: 13
Chemical and Photocatalytic Degradation of Crystal Violet Dye by Indian Edible Chuna (Calcium Oxide/Hydroxide) 印度食用Chuna(氧化钙/氢氧化钙)化学光催化降解结晶紫染料
Pub Date : 2015-12-01 DOI: 10.1166/JGST.2015.1038
Sadhana A. Sawant, Savita P. Somani, S. Omanwar, P. Somani
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引用次数: 7
期刊
Journal of Green Science and Technology
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