SNI 8460-2017: Pedoman Perancangan Geoteknik untuk Teknik Sipil (PDF Terbaru)

Download SNI 8460 Tahun 2017 PDF: A Guide for Geotechnical Design in Indonesia

Geotechnical design is a branch of civil engineering that deals with the behavior and performance of soil, rock, and groundwater in relation to various types of structures, such as foundations, slopes, tunnels, dams, retaining walls, and so on. Geotechnical design requires a thorough understanding of the geotechnical properties and conditions of the site, as well as the appropriate methods and standards for analysis and design.

In Indonesia, one of the most widely used and recognized standards for geotechnical design is SNI 8460 Tahun 2017, which stands for Standar Nasional Indonesia (Indonesian National Standard) Persyaratan Perancangan Geoteknik (Geotechnical Design Requirements). This standard provides a comprehensive and up-to-date framework for geotechnical design in Indonesia, covering various aspects and topics related to soil mechanics, rock mechanics, geotechnical investigation, geotechnical structures, seismic design, hydraulic failure, and so on.

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If you are a civil engineer, a geotechnical engineer, a contractor, a consultant, a researcher, a student, or anyone who is interested or involved in geotechnical design in Indonesia, you may want to download SNI 8460 Tahun 2017 PDF and use it as a reference and guide for your projects. In this article, we will explain what SNI 8460 Tahun 2017 is, why it is important, how to download it, and how to use it. We hope that this article will help you to gain more knowledge and insight about geotechnical design in Indonesia.

What is SNI 8460 Tahun 2017?

The scope and purpose of the standard

SNI 8460 Tahun 2017 is a national standard that was developed by the Research and Development Agency (Balitbang) of the Ministry of Public Works and Housing (PUPR) and the Indonesian Society for Geotechnical Engineering (HATTI). It was published by the National Standardization Agency (BSN) in 2017. It replaces the previous version of SNI 03-2847-2002.

The scope of SNI 8460 Tahun 2017 covers the general and specific requirements for geotechnical design in Indonesia. It applies to various types of geotechnical structures, such as foundations, slopes, tunnels, dams, retaining walls, ground improvement, deep excavation, and so on. It also covers different types of soil and rock materials, as well as different types of loading conditions.

The purpose of SNI 8460 Tahun 2017 is to provide a uniform and consistent basis for geotechnical design in Indonesia. It aims to ensure the safety, reliability, durability, functionality, economy, and sustainability of geotechnical structures. It also aims to promote the development and innovation of geotechnical engineering in Indonesia.

The main contents and sections of the standard

SNI 8460 Tahun 2017 consists of thirteen chapters and four annexes, as follows: Chapter Title --- --- 1 General 2 Terms and definitions 3 Symbols and units 4 Geotechnical investigation 5 Soil mechanics 6 Rock mechanics 7 Geotechnical structures 8 Seismic design 9 Hydraulic failure 10 Geotechnical design report 11 Geotechnical construction supervision 12 Geotechnical monitoring and evaluation 13 References Annex Title --- --- A Normative references B Informative references C Examples of geotechnical design using SNI 8460 Tahun 2017 D Bibliography Each chapter and annex contains detailed and specific information, requirements, guidelines, methods, formulas, tables, figures, charts, and diagrams related to geotechnical design in Indonesia. The standard also provides references to other relevant standards, codes, manuals, books, journals, and websites for further reading and consultation. Why is SNI 8460 Tahun 2017 important?

The benefits and advantages of using the standard

Using SNI 8460 Tahun 2017 for geotechnical design in Indonesia has many benefits and advantages, such as:

- It provides a comprehensive and up-to-date framework for geotechnical design in Indonesia, covering various aspects and topics related to soil mechanics, rock mechanics, geotechnical investigation, geotechnical structures, seismic design, hydraulic failure, and so on. - It reflects the current state of the art and best practices of geotechnical engineering in Indonesia and internationally. It incorporates the latest research findings, technological developments, case studies, and lessons learned from previous projects and experiences. - It ensures the safety, reliability, durability, functionality, economy, and sustainability of geotechnical structures. It considers the geotechnical properties and conditions of the site, as well as the appropriate methods and standards for analysis and design. - It promotes the development and innovation of geotechnical engineering in Indonesia. It encourages the use of advanced and alternative techniques, materials, and solutions for geotechnical design. It also stimulates the collaboration and communication among geotechnical engineers, researchers, educators, practitioners, regulators, and stakeholders. - It enhances the quality and consistency of geotechnical design in Indonesia. It provides a uniform and consistent basis for geotechnical design in Indonesia. It also facilitates the review and verification of geotechnical design by authorities and peers. The challenges and limitations of applying the standard

However, using SNI 8460 Tahun 2017 for geotechnical design in Indonesia also has some challenges and limitations, such as:

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- It requires a high level of knowledge and skill from the geotechnical engineers who use it. It involves complex and sophisticated calculations, analyses, methods, formulas, tables, figures, charts, and diagrams that require a thorough understanding of the theory and practice of geotechnical engineering. - It requires a sufficient amount of data and information from the geotechnical investigation. It depends on the quality and quantity of the soil and rock samples, tests, measurements, observations, and reports that are obtained from the site investigation. It also requires a proper interpretation and evaluation of the data and information by the geotechnical engineers. - It requires a careful consideration of the uncertainties and variabilities that are inherent in geotechnical engineering. It acknowledges that there are many factors that can affect the behavior and performance of soil, rock, groundwater, and geotechnical structures that are not fully predictable or controllable. It also recommends the use of safety factors and probabilistic methods to account for the uncertainties and variabilities in geotechnical design. - It requires a constant update and revision to keep up with the changing and evolving needs and demands of geotechnical engineering in Indonesia. It recognizes that geotechnical engineering is a dynamic and progressive field that is influenced by many factors, such as environmental, social, economic, political, legal, and technological factors. It also welcomes the feedback and suggestions from the users and stakeholders of the standard to improve its quality and applicability. How to download SNI 8460 Tahun 2017 PDF?

The official sources and websites for downloading the standard

The official sources and websites for downloading SNI 8460 Tahun 2017 PDF are the following:

- The National Standardization Agency (BSN) website: This is the official website of the agency that publishes and distributes the national standards in Indonesia. You can search for SNI 8460 Tahun 2017 in the online catalog and download it for free after registering and logging in to the website. - The Research and Development Agency (Balitbang) of the Ministry of Public Works and Housing (PUPR) website: This is the official website of the agency that develops and supports the national standards in Indonesia. You can find SNI 8460 Tahun 2017 in the publication section and download it for free after filling out a form and providing your email address. - The Indonesian Society for Geotechnical Engineering (HATTI) website: This is the official website of the professional association that represents and promotes geotechnical engineering in Indonesia. You can access SNI 8460 Tahun 2017 in the library section and download it for free after becoming a member of HATTI. The alternative sources and websites for downloading the standard

The alternative sources and websites for downloading SNI 8460 Tahun 2017 PDF are the following:

- The Academia.edu website: This is a website that allows researchers, academics, students, and professionals to share their papers, publications, books, and other documents online. You can search for SNI 8460 Tahun 2017 on this website and download it for free after signing up with your email address or social media account. - The ResearchGate website: This is a website that connects researchers, scientists, scholars, and practitioners from different fields and disciplines. You can search for SNI 8460 Tahun 2017 on this website and download it for free after creating an account with your email address or social media account. - The Scribd website: This is a website that hosts millions of documents, books, audiobooks, magazines, podcasts, and other media online. You can search for SNI 8460 Tahun 2017 on this website and download it for free after signing up with your email address or social media account. The tips and precautions for downloading the standard

Here are some tips and precautions for downloading SNI 8460 Tahun 2017 PDF:

- Make sure that you download the latest version of SNI 8460 Tahun 2017 PDF from a reliable source or website. Check the date, edition, revision, page number, file size, file format, file name, and file extension of the document before downloading it. - Make sure that you have a stable internet connection and enough storage space on your device or computer when downloading SNI 8460 Tahun 2017 PDF. Avoid downloading multiple files at once or using a slow or unstable network to prevent errors or interruptions during the download process. - Make sure that you have a compatible software or application to open and view SNI 8460 Tahun 2017 PDF on your device or computer. You may need to install or update Adobe Acrobat Reader or other PDF readers to access the document properly. - Make sure that you scan or check SNI 8460 Tahun 2017 PDF for viruses or malware before opening or using it on your device or computer. Use a reputable antivirus software or online scanner to detect any potential threats or risks that may harm your device or computer. How to use SNI 8460 Tahun 2017 PDF?

The general requirements and guidelines for geotechnical design

Once you have downloaded SNI 8460 Tahun 2017 PDF, you can use it as a reference and guide for geotechnical design in Indonesia. The standard provides the general requirements and guidelines for geotechnical design, such as:

- The geotechnical design should be based on the principles of safety, reliability, durability, functionality, economy, and sustainability. It should also consider the environmental, social, cultural, and ethical aspects of the project. - The geotechnical design should be carried out by qualified and competent geotechnical engineers who have the necessary knowledge, skill, experience, and license to perform the design. They should also follow the code of ethics and professional conduct of geotechnical engineering. - The geotechnical design should be supported by adequate and reliable data and information from the geotechnical investigation. The geotechnical investigation should be planned, executed, reported, and interpreted in accordance with the relevant standards and guidelines. - The geotechnical design should be performed using appropriate methods and standards for analysis and design. The methods and standards should be selected based on the type, complexity, and importance of the geotechnical structure, as well as the geotechnical properties and conditions of the site. - The geotechnical design should be verified and validated by independent reviews and checks. The reviews and checks should be conducted by qualified and competent reviewers and checkers who have the necessary knowledge, skill, experience, and license to perform the verification and validation. They should also follow the code of ethics and professional conduct of geotechnical engineering. - The geotechnical design should be documented and reported in a clear, concise, accurate, and complete manner. The geotechnical design report should include all the relevant data, information, assumptions, methods, standards, calculations, analyses, results, conclusions, recommendations, drawings, tables, figures, charts, diagrams, references, and appendices related to the geotechnical design. The specific requirements and guidelines for different types of geotechnical structures

In addition to the general requirements and guidelines for geotechnical design, SNI 8460 Tahun 2017 PDF also provides the specific requirements and guidelines for different types of geotechnical structures, such as:

- Foundations: These are the structural elements that transfer the loads from the superstructure to the soil or rock. The standard covers various types of foundations, such as shallow foundations (e.g., strip foundations, pad foundations), deep foundations (e.g., piles, caissons), raft foundations (e.g., mat foundations), combined foundations (e.g., pile-raft foundations), special foundations (e.g., underreamed piles), etc. The standard provides the requirements and guidelines for the selection, analysis, design, construction, testing, and maintenance of foundations. - Slopes: These are the inclined surfaces of soil or rock that are subjected to gravitational and external forces. The standard covers various types of slopes, such as natural slopes (e.g., hillsides, cliffs), artificial slopes (e.g., cut slopes, fill slopes), reinforced slopes (e.g., soil nails, geosynthetics), etc. The standard provides the requirements and guidelines for the stability analysis, design, construction, monitoring, and remediation of slopes. - Tunnels: These are the underground structures that are constructed by excavating or boring through soil or rock. The standard covers various types of tunnels, such as soft ground tunnels (e.g., shield tunnels, pipe jacking), hard rock tunnels (e.g., drill and blast tunnels, tunnel boring machines), immersed tunnels (e.g., precast concrete segments), etc. The standard provides the requirements and guidelines for the geotechnical investigation, design, construction, operation, and maintenance of tunnels. - Dams: These are the structures that are built across rivers or streams to store or divert water. The standard covers various types of dams, such as earth dams (e.g., homogeneous dams, zoned dams), rockfill dams (e.g., conventional dams, concrete-faced dams), concrete dams (e.g., gravity dams, arch dams), etc. The standard provides the requirements and guidelines for the geotechnical investigation, design, construction, operation, and maintenance of dams. - Retaining walls: These are the structures that are built to retain soil or rock behind them. The standard covers various types of retaining walls, such as gravity walls (e.g., masonry walls, gabion walls), cantilever walls (e.g., reinforced concrete walls, sheet pile walls), anchored walls (e.g., ground anchors, soil nails), etc. The standard provides the requirements and guidelines for the geotechnical investigation, design, construction, monitoring, and maintenance of retaining walls. - Ground improvement: These are the techniques that are used to improve the geotechnical properties and conditions of soil or rock. The standard covers various types of ground improvement techniques, such as compaction (e.g., dynamic compaction, vibro-compaction), consolidation (e.g., vertical drains, preloading), reinforcement (e.g., stone columns, geosynthetics), grouting (e.g., cement grouting, chemical grouting), etc. The standard provides the requirements and guidelines for the selection, analysis, design, construction, testing, and monitoring of ground improvement techniques. The examples and case studies of geotechnical design using the standard

To illustrate and demonstrate the application of SNI 8460 Tahun 2017 PDF for geotechnical design in Indonesia, the standard provides several examples and case studies of geotechnical design using the standard. These examples and case studies cover different types of geotechnical structures, such as foundations, slopes, tunnels, dams, retaining walls, ground improvement, etc. They also cover different types of soil and rock materials, as well as different types of loading conditions.

The examples and case studies of geotechnical design using the standard are presented in Annex C of the standard. They include the following information:

- The description and background of the project and the geotechnical structure - The geotechnical investigation data and information - The geotechnical design assumptions and parameters - The geotechnical design methods and standards - The geotechnical design calculations and analyses - The geotechnical design results and conclusions - The geotechnical design drawings, tables, figures, charts, diagrams, etc. The examples and case studies of geotechnical design using the standard are intended to provide guidance and reference for the users of the standard. They are not meant to be prescriptive or definitive solutions for geotechnical design in Indonesia. They should be used with caution and discretion, taking into account the specific characteristics and conditions of each project and site.

Conclusion

SNI 8460 Tahun 2017 PDF is a national standard that provides a comprehensive and up-to-date framework for geotechnical design in Indonesia. It covers various aspects and topics related to soil mechanics, rock mechanics, geotechnical investigation, geotechnical structures, seismic design, hydraulic failure, and so on. It also provides general and specific requirements and guidelines for geotechnical design in Indonesia.

Using SNI 8460 Tahun 2017 PDF for geotechnical design in Indonesia has many benefits and advantages, such as ensuring the safety, reliability, durability, functionality, economy, and sustainability of geotechnical structures; promoting the development and innovation of geotechnical engineering in Indonesia; enhancing the quality and consistency of geotechnical design in Indonesia; etc. However, it also has some challenges and limitations, such as requiring a high level of knowledge and skill from the geotechnical engineers who use it; requiring a sufficient amount of data and information from the geotechnical investigation; requiring a careful consideration of the uncertainties and variabilities that are inherent in geotechnical engineering; requiring a constant update and revision to keep up with the changing and evolving needs and demands of geotechnical engineering in Indonesia; etc.

To download SNI 8460 Tahun 2017 PDF, you can use the official sources and websites for downloading the standard, such as the BSN website, the Balitbang website, or the HATTI website. You can also use the alternative sources and websites for downloading the standard, such as the Academia.edu website, the ResearchGate website, or the Scribd website. You should follow the tips and precautions for downloading the standard, such as checking the version, edition, revision, page number, file size, file format, file name, and file extension of the document; ensuring a stable internet connection and enough storage space on your device or computer; having a compatible software or application to open and view the document; scanning or checking the document for viruses or malware; etc. To use SNI 8460 Tahun 2017 PDF, you can use it as a reference and guide for geotechnical design in Indonesia. You should follow the general and specific requirements and guidelines for geotechnical design, such as basing the design on the principles of safety, reliability, durability, functionality, economy, and sustainability; carrying out the design by qualified and competent geotechnical engineers; supporting the design by adequate and reliable data and information from the geotechnical investigation; performing the design using appropriate methods and standards for analysis and design; verifying and validating the design by independent reviews and checks; documenting and reporting the design in a clear, concise, accurate, and complete manner; etc. You can also refer to the examples and case studies of geotechnical design using the standard that are presented in Annex C of the standard. We hope that this article has helped you to understand what SNI 8460 Tahun 2017 PDF is, why it is important, how to download it, and how to use it. If you have any questions or comments about this article or SNI 8460 Tahun 2017 PDF, please feel free to contact us or leave a comment below. Thank you for reading this article and happy geotechnical designing! FAQs

Here are some frequently asked questions (FAQs) about SNI 8460 Tahun 2017 PDF:

- Q: What is the difference between SNI 8460 Tahun 2017 and SNI 03-2847-2002? - A: SNI 8460 Tahun 2017 is the latest version of the national standard for geotechnical design in Indonesia. It replaces SNI 03-2847-2002, which was published in 2002. SNI 8460 Tahun 2017 has several improvements and updates compared to SNI 03-2847-2002, such as adding new chapters on rock mechanics, seismic design, hydraulic failure, geotechnical construction supervision, geotechnical monitoring and evaluation, etc.; revising and expanding existing chapters on soil mechanics, geotechnical structures, etc.; incorporating new research findings, technological developments, case studies, and lessons learned from previous projects and experiences; etc. - Q: How can I get a hard copy of SNI 8460 Tahun 2017? - A: You can get a hard copy of SNI 8460 Tahun 2017 by ordering it from the BSN website or visiting the BSN office. You can also get a hard copy of SNI 8460 Tahun 2017 by attending seminars, workshops, trainings, or other events that are organized by Balitbang, HATTI, or other institutions that are related to geotechnical engineering in Indonesia. - Q: How can I learn more about SNI 8460 Tahun 2017? - A: You can learn more about SNI 8460 Tahun 2017 by reading the standard itself or other related documents that are available online or offline. You can also learn more about SNI 8460 Tahun 2017 by joining online or offline courses, communities, forums, groups, or networks that are related to geotechnical engineering in Indonesia. You can also learn more about SNI 8460 Tahun 2017 by consulting with experts, mentors, peers, or colleagues who have experience or knowledge about geotechnical engineering in Indonesia. - Q: How can I apply SNI 8460 Tahun 2017 to my projects? - A: You can apply SNI 8460 Tahun 2017 to your projects by following the general and specific requirements and guidelines for geotechnical design that are provided by the standard. You can also apply SNI 8460 Tahun 2017 to your projects by referring to the examples and case studies of geotechnical design using the standard that are presented in Annex C of the standard. You can also apply SNI 8460 Tahun 2017 to your projects by adapting and modifying the standard to suit the specific characteristics and conditions of your projects and sites. - Q: How can I give feedback or suggestions about SNI 8460 Tahun 2017? - A: You can give feedback or suggestions about SNI 8460 Tahun 2017 by contacting the BSN, Balitbang, HATTI, or other institutions that are involved in the development and implementation of the standard. You can also give feedback or suggestions about SNI 8460 Tahun 2017 by participating in surveys, questionnaires, interviews, focus groups, workshops, or other activities that are conducted by the BSN, Balitbang, HATTI, or other institutions to collect and analyze the opinions and experiences of the users and stakeholders of the standard. 44f88ac181