Basement : Jurnal Teknik Sipil

Perencanaan Gedung Bertingkat 5 Lantai Asrama Putri Pondok Pesantren Hasyim Asy’ari Bangsri Jepara

2023-09-26T07:41:16+00:00

The development of the world of Islamic education in Indonesia also includes Islamic boarding schools, Hasyim Asy'ari Bangsri Jepara Islamic boarding school is one of the best Islamic boarding schools, to support the smooth teaching and learning, it is necessary to have adequate student facilities and facilities. This research aims to help fulfill the capacity of santri facilities and infrastructure at the Hasyim Asy'ari Bangsri Jepara Islamic boarding school. The building structure calculations were reviewed for dead loads, live loads and earthquake loads using the SAP 2000 program. The structural calculations carried out included roofs, floor plates, beams, columns, stairs, sloofs and foundations. The building planning location is Jl. Jepara-Bangsri No. 9, Krasak Bangsri, District. Bangsri, Kab. Jepara, Central Java 59452. From the structural planning, the roof structure is obtained with 2L steel trusses 50.50.7, floor plate 130 mm ∅ 12-100, beam B1 500x300 mm 10 D19, beam B2 400x250 mm 10 D19, column K1 500x500 mm 18 D19, column K2 400x400 mm 12 D19, ladder plate thickness 150 mm ∅ 12-150, sloof 500x300 mm 9 D19, pile cap foundation 160x160x60 mm, pile D30 cm 6 m long, with concrete quality (f'c) = 30 MPa, reinforcement quality (fy) = 400 MPa and (fy) = 240 MPa. The programs used are Microsoft Office, Microsoft Excel, Autocad, SAP 2000, and SketchUp.

Efektivitas Belok Kiri Langsung Pada Simpang Yang Dilengkapi Traffic Signal Di Kota Palangka Raya (Studi Kasus Persimpangan Jalan G. Obos, Jalan Willem A. Samad, dan Jalan M.H. Thamrin)

2023-10-04T04:25:35+00:00

LTOR (Left Turn on Red) is the right to make a direct left turn when the traffic light shows a stop signal at an intersection equipped with APILL. In the city of Palangka Raya there are several intersections equipped with traffic signals that apply LTOR (Left Turn on Red) at the intersection. In this case study using MKJI 1997 and the VISSIM software application to analyze the Degree of Saturation (DS) and Average Delay (T), the intersection reviewed in this case study is the Jl. G. Obos - Jl. M.H. Thamrin and Jl. W.A. Samad. From the results of the analysis and observations, it shows a tendency to increase Delay (T) and Degree of Saturation (DS) when implementing LTOR (Left Turn on Red), whether the analysis uses MKJI 1997 or using the VISSIM software application, so that by implementing the alternative 2 phase signal lights shows the performance of the intersection which is better without implementing LTOR (Left Turn On Red). when the conditions for implementing 4 phase traffic signals and applying LTOR and showing the degree of saturation (D) reach the number 2 and the average delay reaches 600 pcu/hour, however when implementing 2 phase traffic signals and applying NLTOR shows the degree of saturation (D) touched 0.63 and the average delay (T) touched 11.76 pcu/hour.

Redesain Jalan Akses Dermaga IHM Dengan Implementasi Building Information Modelling

2024-02-19T04:06:04+00:00

The rapid development of Indonesian construction, especially in the capital city of the Nusantara, which is undergoing intense development, requires all parties involved to work effectively and efficiently. A method is needed to face these challenges. The BIM method is considered superior in terms of effectiveness and efficiency compared to conventional methods. In the PT ITCI Hutani Manunggal dock access road construction package, the planning is still using conventional methods. So that the package is re-planned by implementing BIM. This research aims to redesign the horizontal and vertical alignment planning of roads located in Penajam Paser Utara Regency with the implementation of Building Information Modeling. In the research process, the data analysis technique uses the BIM method which consists of 4 stages, namely modeling of plan traces and profiles, horizontal alignment redesign, vertical alignment redesign, and 3D BIM visualization. This research uses secondary data, namely detailed engineering design drawings and lidar contours. The redesign results obtained 27 Intersect Points and 72 Vertical Intersect Points made road geometric adjustments in order to meet the minimum permitted standards. The implementation of BIM provides a clear initial picture of the form of road infrastructure that is built in an integrated manner.

Penerapan Waste Management Pada Proyek Ruko Di Kota Palangka Raya

2024-02-27T01:29:28+00:00

Construction products are one of the markers of the progress of a nation's development. One of the construction products such as shophouses is a building generally built multi-storey has two functions, namely as residential and commercial trade. The construction sector is a significant sector to improve the economy. On the other hand, the construction sector is a major contributor to the negative impact on the environment due to the amount of waste generated. One of the efforts to reduce the negative impact of construction waste is waste management. The purpose of this study was to determine the application of waste management in shophouse construction projects in Palangka Raya City. The research method was carried out by distributing questionnaires to developers and owners who had and were handling shophouse construction projects in Palangka Raya City. This research data uses primary data obtained directly from respondents, then the data is analyzed to obtain the mean value and standard deviation and then ranked. The results of the analysis show that the dominant application of waste management is: Design and construction using materials according to standards, Storage of materials that are resistant to weather, and Optimization of material use

Kajian Faktor-Faktor Yang Mempengaruhi Produktivitas Tenaga Kerja Proyek Konstruksi

2024-02-27T01:22:02+00:00

A construction project is a series of activities carried out with limited time and resources to achieve certain goals. In the implementation of a construction project always requires resources, namely human resources, materials, machinery, money and methods. Human resources are one of the most influential factors in a job, including in a construction job. The success of the construction project as a whole depends on the success of each job in the project, while one of the factors that affect the success of a job is its work productivity. The labor of foremen, head builders and fitters are the front line that is directly related to the production process. Good labor productivity is very much needed for the success of construction projects. Lack of attention to labor productivity in a construction project can hamper the construction work itself. This article aims to determine the factors that affect labor productivity in construction projects. The method used is a literature study on factors affecting labor productivity in construction projects, by comparing several related journals. The results show that there are 7 factors that affect the labor productivity of construction projects, namely: level of education, experience, discipline, motivation, wages, age and management.

Kajian Faktor-Faktor Penyebab Contract Change Order (CCO) Pada Proyek Konstruksi di Kota Palangka Raya

2024-02-28T05:46:10+00:00

A construction project is a series of activities carried out only once and generally within a short period of time. Construction projects are related to the construction of a building, which then functions in various activities related to the government and the private sector. In the project implementation process, obstacles often occur such as changes. These changes can occur at the beginning, middle and end of the project. The problem that is often experienced in construction work is changes, where the changes themselves can be in the form of differences in volume, additions or reductions in work, with these changes it cannot be denied that there will be a change to the work contract or Contract Change Order. Project administration must be carried out carefully and structured correctly to avoid errors that can have an impact on all sectors. This research uses descriptive research where researchers will analyze data from survey results by distributing questionnaires to respondents with the aim of finding out the Contract Change Order factors that occur in Palangka Raya City. The method used is a literature study on Contract Change Orders by comparing related journals. The results obtained are that there are 4 Contract Change Order Factors, namely Planning and Design, Administration, Construction and Stakeholders which have 20 sub-factors Contract Change Order

Causal Loop Diagram Rantai Pasok Semen di Kota Palangka Raya

2024-02-28T05:52:28+00:00

Project construction is a type of activity where time, resources, and costs are controlled and discussed to achieve a goal in the form of buildings or infrastructure. The construction of infrastructure and project construction activities require about 70-75% of the national cement consumption. The use of cement in Indonesia will increase in line with the growth of the national economy and the development of infrastructure and property. To balance rapid growth, Kota Palangka Raya needs infrastructure development. The goal of this research is to understand the shape of the Causal Loop supply chain of cement in Kota Palangka Raya. In the research process, data analysis techniques using dynamic system methods with Vensim software are used. This research uses primary data obtained from interviews with distributors and retail stores scattered in Kota Palangka Raya and secondary data obtained from literature reviews, including articles, books, and supporting research documents. The results of the Causal Loop supply chain of cement in Kota Palangka Raya show three cement brands, namely Gresik, Conch, and Tiga Roda, which are distributed in Kota Palangka Raya

Identifikasi Material Yang Berpotensi Menjadi Waste Material Pada Proyek Gedung Kuliah Terpadu B Universitas Palangka Raya

2024-02-27T01:37:56+00:00

Construction projects are activities calculated to obtain maximum results in the form of buildings or infrastructure within limited time, costs and resources. Waste material in construction projects can result in material waste in construction project work. Therefore, it is necessary to identify materials that have the potential to cause waste material. This research aims to identify consumable materials in architectural work and the upper structure used which has a percentage of around (20%) which has value or has an impact of around (80%) on the construction of the Integrated Lecture Building B project at Palangka Raya University, Central Borneo. In this research, materials were identified in architectural work and upper structures that have the potential to cause material waste using the Pareto method (Pareto's law). The results of this research show the identification and grouping of material types that have the greatest rupiah value (80%) compared to other types of material and are materials that have the potential to cause material waste. The results obtained were 2 materials for upper structural work and 14 materials for architectural work. Accumulatively, the weight percentage required for the 2 materials in the upper structure work in this project is 72.25% compared to other types of upper structure materials. And the cumulative weight percentage required for the 14 materials in architectural work in this project is 79.43% compared to other types of architectural materials.

Analisis Alokasi Tenaga Kerja Pada Proyek Pembangunan Gedung Sekolah Di Jalan Kecipir

2024-02-28T06:07:37+00:00

The rapid development of construction projects and population growth in Indonesia creates a great need for facility development. A project is a method that combines a series of temporary activities with a starting and ending point. In construction service companies, a common problem that often occurs is human resource management. Human resource planning methods that are not optimal and their allocation is uneven can hamper project completion. This article aims to analyze the allocation of labor, especially in the school construction project on Jalan Kecipir. The research was carried out for 3 three months, from December 2023 – February 2024. The required data was collected by conducting literature studies and requesting data from related parties. The data analysis technique used is the Resource Leveling method using Microsoft Project Software. The results show that the allocation of labor in the school building construction project on Jalan Kecipir is uneven and experiencing overall allocation (excess allocation). There are several types of workers whose labor requirements exceed the limit of labor availability, including workers, foremen, bricklayers, head carpenters, carpenters and ironworkers. With the highest demand for each workforce, there are 54 workers, 12 foremen, 18 bricklayers, 6 head carpenters, 20 carpenters and 15 ironworkers

Perancangan Tipikal Jembatan Menggunakan Metode Building Information Modeling

2024-02-28T06:02:10+00:00

The development of technology is currently a challenge in the construction field. Building Information Modeling (BIM) is an example of technological advances in the construction field that help projects to be completed effectively and efficiently. Project planning for flood control works on the Sanggai River in Bumi Harapan Village was carried out to prevent flooding. Bumi Harapan Village, located in Sepaku Sub-district, Penajam Paser Utara District, East Kalimantan, is the planned capital city of the "Archipelago" (IKN). The BIM method can be used for simple construction work, such as typical bridge construction, and is not limited to building construction. The purpose of this paper is to design a 3D standard bridge model using the Building Information Modeling method, which will be carried out using the Autodesk Revit program. The results of BIM modeling include the 3D material created and the detailed information in it.