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Link: https://cdse.vn/cdse-apps/cdsecombo2737/ CDSEcombo2737 - App Tự động hóa tạo tổ hợp tải trọng theo TCVN 2737:2023 | Tổ hợp tải trọng cơ bản, tổ hợp đặc biệt của tải trọng | Trạng thái giới hạn TTGH1, TTGH2 | Tổ hợp tải trọng động đất theo TCVN 9386:2012. Phần mềm dạng Plugin /Tool cho ETABS và SAP2000, tăng năng suất cho Kết cấu sư. #app #KetCauSu #TCVN #NangSuat cộng đồng users: https://zalo.me/g/buwotp196 06:06 Nguyên lý chung về Kết cấu 21:07 Giao diện 34:13 Phân loại tải trọng 51:38 Kết quả tạo Tổ hợp tự động 01:14:46 VD2: ít case Hoạt tải 01:20:03 VD3: có tải trọng Nhiệt độ 01:26:02 VD4: nhà công nghiệp trong SAP2000 01:35:36 Tổ hợp theo TTGH2 có tải Lún 01:38:26 Kết luận
CDSEcombo2737 tự động tổ hợp tải trọng trong ETABS, SAP2000 theo TCVN 2737:2023
Hỏi đáp ⁉️ Q&A #cdse #talkXD #cứ_đi_sẽ_êm Song credits Song: Windy Hill Artist: 羽肿 Album: Windy Hill
Hỏi đáp | Q&A
Đây là 🚧 Phụ lục của chuỗi video chuyên đề Tháo sớm giáo: youtube.com/playlist?list=PLmvAzlH02b_WXd-ODOFNDjVVwovdCasgt Tiếp theo PL1, chúng ta sẽ hiểu được nguyên lý tính toán độ cứng các tầng chống, các sàn bê tông của hệ truyền tải trọng. Vậy là đã hoàn thiện phương trình truyền tải, từ đó áp vào bảng tính Excel như trình bày trong Phần 2. 🦴(bonus) mở rộng phương pháp đơn giản trình bày ở đây cho các trường hợp thi công thực tế khác #CongNgheLoi #KetCauSu #ThiCong #gianGiao #VanKhuon Độ cứng giáo chống.........................................02:20 Độ cứng sàn bê tông.......................................09:09 tính Võng sàn pp đơn giản..............................13:00 Vài khái niệm cơ bản.......................................22:02 + nội lực.........................................................22:27 + moment......................................................29:00 + bê tông nứt làm tăng võng (pp CDSE).........42:34 lập Exel............................................................48:33 Sàn rỗng: bóng, hộp,.. khác gì?.......................57:13 Mở rộng chuyên đề.........................................01:01:00 📒Tài liệu tham khảo......................................01:04:41 1. ACI-347R-14: Guide to Formwork for Concrete. American Concrete Institute, 2014 2. ACI-SP4: An ACI manual - Formwork for Concrete, 8th edition. American Concrete Institute, 2014 3. ACI 318-19: Building Code Requirements for Structural Concrete. ACI Committee 318, 2019 4. ASCE-SEI 37-14: Design Loads on Structures during Construction. American Society of Civil Engineers, 2014 5. ASTM C900: Test Method for Pullout Strength of Hardened Con crete. ASTM Committee C09 6. ASTM C1074-04: Standard Practice for Estimating Concrete Strength by the Maturity Method. ASTM Committee C09, 2004 7. EN 1991-1-6:2005: Eurocode 1 - Actions on structures — Part 1-6: General actions - Actions during execution. European Committee For Standardization 8. EN 12812-2008 Falsework - Performance requirements and general design. European Committee For Standardization 9. CS 140: Guide to Flat Slab Formwork and Falsework. The Concrete Society, 2003 10. CS 030: Formwork - A guide to good practice, 3rd edition. The Concrete Society, 2012 11. CS 169: Formwork - A guide to good practice, 3rd edition, Worked Examples. The Concrete Society, 2012 12. Duan MZ, Chen WF. Improved simplified method for slab and shore load analysis during construction. Project report CE-TR-95-24. West Lafayette (Ind), 1995 13. Beeby AW. The forces in backprops during construction of flat slab structures. Struct Build, 2001 14. A. Calderón, A. Alvarado, M. Adam. A new simplified procedure to estimate loads on slabs and shoring during the construction of multistorey buildings. Engineering Structures 33 (2011) 15. Arti Sahu, S. Shanmugapriya. Overview of the Challenges in the Construction of Multistory Reinforced Concrete structure. International Journal of Engineering Trends and Technology, 2022 16. Prof. Dr. Mustafa B. Dawood, Dr. Bilal Ismaeel Al-Shraify. Direct Design Method, 2016. https://www.uobabylon.edu.iq/eprints/publication_7_3589_382.pdf
(PL2) Tháo sớm giáo | tính đơn giản Truyền tải Thi công theo Độ cứng
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Load reduction coefficient in construction design
Live Load reduction factor | Fundametals of Structural Engineering according to TCVN

Explore the fundamentals of Structural Engineering with our latest blog post on live load reduction factors. Learn how Construction and Design consultants optimize builds by applying TCVN standards to enhance efficiency and reduce costs in high-rise projects.

Concrete slab with scaffolding props during early striking stage
Early Striking & Reshoring: Core Principles for Builders

Discover the engineering behind early striking and reshoring in concrete construction. This comprehensive guide explains core principles, execution strategies, risk control, and practical formulas. Learn how load transfers through scaffolding systems, how stiffness governs redistribution, and why timing is everything. Whether you are a contractor, site engineer, or project manager, this article provides a field-ready framework to balance speed and [...]

RC Hollow flat slabs | Fundamentals of Structural Engineering

Explore the fundamentals of structural engineering with our in-depth look at RC hollow flat slabs in construction design. Discover how consultants can optimize material efficiency while ensuring safety and cost-effectiveness. Learn the benefits of Flat slab designs and effective load distribution strategies today!

Hardness reduction coefficient in high -rise building construction design
Stiffness Reduction Factor and Lateral Displacement | Structural Engineering for high-rise buildings

Explore the crucial role of the stiffness reduction factor in structural engineering for high-rise buildings. This blog post delves into effective construction design strategies that enhance durability while minimizing lateral displacement. Learn from expert consultants how to simplify calculations and optimize your design for safety and efficiency.

Pile structure design
Pile cap Shear design follow TCVN | Fundamentals for Structural Engineering

Explore the fundamentals of structural engineering with our guide on pile cap shear design following TCVN standards. Ideal for construction consultants and engineers, this article covers essential design and build considerations for choosing the right pile cap dimensions effectively.

Designing a pile structure with vertical, horizontal, moment load
Load bearing Piles vertical, horizontal and moment simultaneously follow TCVN 10304:2014 | Fundamentals for Structural Engineering

Explore the essentials of structural engineering with our in-depth guide on load-bearing piles, following TCVN 10304:2014. This post covers design and construction strategies for engineers and consultants, addressing vertical, horizontal, and moment loads effectively. Enhance your build projects with expert insights into pile foundation calculations.

Earthquake in Structural Engineering – part 2

In the realm of structural engineering, understanding the impact of earthquakes is crucial for safe construction and innovative design. This article explores how expert consultants can enhance structural resilience, ensuring buildings withstand seismic forces while preserving human life during unforeseen disasters. Discover essential insights into earthquake-resistant design strategies.

Dul floor structure design with Etabs
Post-tensioned slab design with Etabs | Fundamentals for Structural Engineering

Unlock the fundamentals of structural engineering with our in-depth guide on designing post-tensioned slabs using ETABS. Learn how expert engineers and consultants optimize construction and design processes to efficiently build robust structures. Discover step-by-step techniques for success!

The soil calculated how to design the foundation
How is the soil calculated when designing foundations? (Part 1)

In the realm of structural engineering, understanding soil properties is crucial for safe construction and design. This blog post explores how construction consultants calculate soil characteristics when designing foundations, ensuring stability and integrity. Discover the essential factors that influence soil behavior and foundation performance in this informative series.

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Concrete slab with scaffolding props during early striking stage
Early Striking & Reshoring: Core Principles for Builders

Discover the engineering behind early striking and reshoring in concrete construction. This comprehensive guide explains core principles, execution strategies, risk control, and practical formulas. Learn how load transfers through scaffolding systems, how stiffness governs redistribution, and why timing is everything. Whether you are a contractor, site engineer, or project manager, this article provides a field-ready framework to balance speed and [...]

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Design of Cocobay BH5 project
Cocobay Boutique Hotel Garden Bay | Structural Engineering for Hotels

Explore the innovative structural engineering behind the Cocobay Boutique Hotel in Da Nang. This project showcases expert construction and design by top consultants and engineers, featuring a cost-optimized one-way strip footing foundation. Discover how meticulous planning shapes the hotel's unique build, blending elegance with functionality in a vibrant resort setting.

EMART project design
Emart Go Vap | Supermarket Structural Engineering

Explore the innovative structural engineering behind the Emart Go Vap supermarket, a Grade I commercial project in Vietnam. Our expert consultants and engineers utilized cost-effective design and construction methods to create a stunning 19,600m² space. Discover how strategic planning and advanced techniques make this project a benchmark in the retail industry.

Mandarin Garden structure design 2
Mandarin Garden 2 | Structural Engineering for high-rise building more than 150,000m2 GFA

Explore the innovative structural engineering behind the Mandarin Garden 2 project, featuring two 32-storey towers and over 150,000m² of high-rise construction. Our expert consultants and engineers focused on maximizing design aesthetics and functionality, ensuring a seamless build that enhances modern living. Discover how structural design shapes this remarkable development.

Building design of the Register No. 1
Structural Engineering for small State Office building

Discover the essential role of structural engineering in the construction of a small state office building in Hanoi. Our expert consultants reveal how thoughtful design and skilled engineers optimize every aspect, from foundation choices to building materials, ensuring a successful project that meets both budget and functionality.

Design structure of Da Ha Dong River
Song Da Ha Dong complex | Structural Engineering for high-rise building

Discover the innovative structural engineering behind the Song Da Ha Dong complex, a high-rise building designed for optimal construction and safety. This project showcases expert design and build strategies, utilizing reinforced concrete and advanced excavation techniques. Trust our consultants and engineers to deliver exceptional results in modern construction.