Civil Engineering Info

  Estimated Per-Square-Foot Cost Breakdown for a 60,000 sq. ft. Steel Factory Shed: Steel Structure (Columns, Beams, Trusses) : For a standard industrial-grade steel structure, costs can range from BDT 1,000-1,500 per sq. ft. for larger structures like this. Roof and Wall Cladding : Metal sheets or PEB panels for roofing and walls cost about BDT 150-250 per sq. ft. Foundation : For a large shed with basic foundation requirements, costs may range around BDT 100-150 per sq. ft. Flooring : A reinforced concrete floor to withstand industrial use costs approximately BDT 200-300 per sq. ft. Utilities and Installation : Labor, lighting, basic electrical setup, and ventilation typically add BDT 50-100 per sq. ft. Per-Square-Foot Total Estimate: Adding these up, the per-square-foot cost is approximately: Low Range : BDT 1,500-1,700 per sq. ft. High Range : BDT 2,000-2,300 per sq. ft. Total Estimated Cost for 60,000...

The Building consists of two major parts (a) substructure (b) superstructure. All components of buildings fall under any one of these categories. Substructure: The structure below the ground level is known as the foundation or substructure. The foundation forms the base which transmits the load from the superstructure to the soil below. The foundation should be properly designed and carefully executed, both from the point of view of the stability and cost of the structure. Superstructure: The structure above the ground level is known as the superstructure. The various components constituting the superstructure are explained under. Basement: The story or floor of a building below ground level. This is not used for residential purposes. It is generally used for storage of goods, air-conditioning rooms, vehicle parking, and as a locker for banks, etc. Plinth: The portion of a structure between the surface of the surrounding ground and the surface of the floor, which is immediately above t...

 According to the National Building Code, buildings are classified based on occupancy and types of construction. 1. Classification based on type of occupancy a) Group A: Residential Buildings b) Group B: Educational Buildings c) Group C: Institutional Buildings d) Group D: Assembly Buildings e) Group E: Business Buildings f) Group F: Mercantile Buildings g) Group G: Industrial Buildings h) Group H: Storage Buildings i) Group J: Hazardous Buildings Residential Buildings: These are buildings in which sleeping accommodation is provided for normal residential purposes, with or without cooking or dining or both facilities. These buildings are further subdivided into 5 groups, viz.  A-1: Lodging house  A-2: Family private dwelling; A-3:Dormitories; A-4: Flats (Apartment Houses); A-5: Hotels. Educational Buildings: All those buildings which are meant for education from a nursery to the University, are included in this group. However, the National Building Code of India recommend...

  Here’s a detailed breakdown of the 35% structure allocation in the BOQ, divided by typical percentage allocations within that structure cost. This breakdown may vary depending on the building design and project requirements, but it generally aligns as follows: Item Percentage of Structure (35%) Explanation Foundation Work 10% of 35% (3.5%) Covers excavation, footings, piles, slab on grade, waterproofing, etc. Structural Framework 40% of 35% (14%) Includes columns, beams, slabs, reinforcement, concrete, bracing, etc. Walls and Partitioning 20% of 35% (7%) Masonry work for walls, load-bearing walls, internal partitions, etc. Roof Structure 15% of 35% (5.25%) Covers trusses, rafters, roof slabs, waterproofing, and drainage provisions Structural Finishes 10% of 35% (3....

  According to the item in a building divided by 100% in the BOQ? 1. Structure = 35% 2. Brick work = 6% 3. Woodwork = 5% 4. Metal work = 2% 5. Plumbing and Sanitary = 6% 6. Electrical work = 7% 7. Plaster work = 4% 8. General Floor Tiles work = 6% 9. Toilet & Kit wall Tiles work = 3% 10. Aluminum work = 4% 11. EME (Lift Generator, Substation) =10% 12. Paintwork = 3% 13. Other civil work = 6% 14. Utility connection & Bill = 3% Total = 100%   If you like this post, please like and share it to encourage others to see it.

 Are you thinking of building a long-lasting modern home? Trust an experienced engineer, stay safe yourself and ensure that others live safely. We design each project by analyzing it with ETABS / SAFE Software by an experienced structural engineer in accordance with the BNBC -2020 code and keeping it in Seismic Load Consideration. We also have an experienced Civil Engineer, Architect team. By ensuring the proper use of land, your dream home is attractive, beautiful and safe. Our Services: "Union Parishad, Municipality Plan Approval" "Architectural Design" "Structural Design" "Plumbing Design" "Electrical Design" "Estimate and Casting" "B&Q" "3D" "Soil Investigation and Digital Survey" "Construction" "Retrofitting" "Project Management" "Site Supervision" For any need, contact our page or call directly on this number 𝐏𝐡𝐨𝐧𝐞 & 𝐖𝐡𝐚𝐭𝐬𝐀𝐩𝐩 𝐍𝐮...

  AS PER BNBC 2020 & ACI CODE  DEFLATION LIMIT  1. For Live Load = L/360 2. For (Live+Dead) Load = L/240 Here L= Span Length. BNBC 2020 of our designed model cannot exceed the given deflection limit. Let Span Length = 20' then The deflection limit given by BNBC 2020 will be – For LL= L/360 (20x12)/360= 0.67 inches For (DL+LL) = L/240 (20x12)/240= 1 inch. And now if we calculate the deflection limit given by BNBC 2020 of our designed model we get- 0.67 inch for LL & 1 inch for (DL+LL).

Construction Work Contract letter According to the Contract Act of 1872, a contract is a written agreement between a person of sound mind and an adult in the eyes of the law to exchange something for money or for something in return. However, some conditions will apply in this case. The person entering into the contract must be a person of sound mind and an adult in the eyes of the law. In every contract, one must make an offer to the other and the other person must agree to accept the offer and give something in return. No contract will be valid without consideration. The following is presented for the readers about the contract for building construction work - Md. -------------------------, Managing Director,  Media Co Limited, Farmgate, Dhaka. First party (owner) …………. Md.----------------------  Proprietor, Raj Construction, Dhaka. Second Party (Contractor) ………… Type of Work: Construction of 8-storey building,  Address: Purba Sheorapara, Begum Rokeya Swarani, Mirpur, D...

  BNBC 2020 অনুযায়ী লোড কম্বিনেশন : ১ . সাধারণ কাঠামোতে (Normal Structures) লোড কম্বিনেশন : BNBC 2020- এর ধারা 2.5.3 অনুসারে , নিম্নলিখিত লোড কম্বিনেশনগুলো ব্যবহার করা হয় : DL + LL ডেড লোড (Dead Load) + লাইভ লোড (Live Load) DL + LL + WL ডেড লোড (Dead Load) + লাইভ লোড (Live Load) + উইন্ড লোড (Wind Load) DL + LL + EL ডেড লোড (Dead Load) + লাইভ লোড (Live Load) + ভূমিকম্প লোড (Earthquake Load) 1.4 DL + 1.7 LL ১ . ৪ গুণ ডেড লোড + ১ . ৭ গুণ লাইভ লোড 1.2 (DL + LL + WL) ১ . ২ গুণ ( ডেড লোড + লাইভ লোড + উইন্ড লোড ) 1.2 (DL + LL + EL) ১ . ২ গুণ ( ডেড লোড + লাইভ লোড + ভূমিকম্প লোড ) 0.9 DL ± 1.5 WL ০ . ৯ গুণ ডেড লোড ± ১ . ৫ গুণ উইন্ড লোড 0.9 DL ± 1.5 EL ০ . ৯ গুণ ডেড ল...