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๐Ÿ”จ World Construction Engineering
Latest updates, tips, and tutorials on building, civil engineering, and construction in World.
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๐Ÿ“จ @Philemona7 Or @ETCONpBOT

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๐Ÿ‘‰ Standard Slope Percentages for Different Users

๐Ÿšถโ€โ™‚๏ธ Not every ramp is built the same โ€” and for good reason!

โบ Wheelchair users: 6% โ€“ 7%
โบ Pedestrians: 8% โ€“ 10%
โบ Vehicles: 12% โ€“ 15%

โœ… These slope percentages are essential guidelines to ensure safety, comfort, and accessibility for all users.

๐Ÿ‘ทโ€โ™‚๏ธ Civil engineers, architects, and city planners must keep these standards in mind when designing ramps and roads to create inclusive, user-friendly environments. ๐ŸŒ

@etconp
โค19๐Ÿ”ฅ4
๐Ÿ‘‰แ‰ แŠขแ‰ตแ‹ฎแŒตแ‹ซ แˆ…แŠ•แŒป แŠฎแ‹ถแ‰ฝแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ถแ‰ฝ แˆจแ‰‚แ‰… แˆฐแАแ‹ถแ‰ฝ แˆ‹แ‹ญ แ‹ˆแˆญแŠญแˆพแ• แŠฅแ‹จแ‰ฐแŠซแˆ„แ‹ฐ แАแ‹

๐Ÿ’ซแ‹จแŠขแ‰ตแ‹ฎแŒตแ‹ซ แŠฎแŠ•แˆตแ‰ตแˆซแŠญแˆฝแŠ• แ‰ฃแˆˆแˆตแˆแŒฃแŠ• แ‰ แŠ แ‹‹แŒ…แŠ“ แ‹ฐแŠ•แ‰ฅ แŠจแ‰ฐแˆฐแŒกแ‰ต แˆตแˆแŒฃแŠ•แŠ“ แ‰ฐแŒแ‰ฃแˆซแ‰ต แˆ˜แŠซแŠจแˆ แ‹จแŠฎแŠ•แˆตแ‰ตแˆซแŠญแˆฝแŠ• แŠขแŠ•แ‹ฑแˆตแ‰ตแˆชแ‹แŠ• แ‹จแˆ…แŒ แˆ›แŠฅแ‰€แŽแ‰ฝ แฃ แŠฎแ‹ถแ‰ฝแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ถแ‰ฝแŠ• แ‹จแˆ›แˆแˆ›แ‰ตแŠ“ แ‰ฐแŒแ‰ฃแˆซแ‹ŠแАแ‰ณแ‰ธแ‹แŠ• แˆ›แˆจแŒ‹แŒˆแŒฅ แ‹ญแŒˆแŠแ‰ แ‰ณแˆแข

แ‰ แ‹šแˆ แˆ˜แˆฐแˆจแ‰ตแˆ แ‹จแŠขแ‰ตแ‹ฎแŒตแ‹ซ แˆ…แŠ•แŒป แŠฎแ‹ถแ‰ฝแŠ• แ‹จแˆšแ‹ซแˆปแˆฝแˆแŠ“ แŠ แ‹ณแ‹ฒแˆถแ‰ฝแŠ• แ‹จแˆšแ‹ซแŠซแ‰ตแ‰ต แ•แˆฎแŒ€แŠญแ‰ต แˆˆแˆ˜แ‰ฐแŒแ‰ แˆญ แ‰ แŠ แ‹ฒแˆต แŠ แ‰ แ‰ฃ แ‹ฉแŠ’แ‰จแˆญแˆฒแ‰ฒ แ‹จแ‰ดแŠญแŠ–แˆŽแŒ‚แŠ“ แ‰ขแ‹แˆแ‰ต แŠขแŠ•แ‰ซแ‹ญแˆฎแˆ˜แŠ•แ‰ต แŠฎแˆŒแŒ… แŒ‹แˆญ แАแˆ€แˆด 14/2016 แ‹“.แˆ แˆตแˆแˆแАแ‰ต แŠ แŠซแˆ‚แ‹ทแˆแข

แ‹จแŠฎแ‹ตแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ต แ‹แŒแŒ…แ‰ฑ แ‹จแˆ˜แŒ€แˆ˜แˆชแ‹ซ แ‹ฐแˆจแŒƒ แˆจแ‰‚แ‰… แˆ‹แ‹ญ แŠจแŒแŠ•แ‰ฆแ‰ต 26/2017 แŒ€แˆแˆฎ แˆˆแŠ แˆซแ‰ต แˆณแˆแŠ•แ‰ต แ‹จแˆšแ‹˜แˆแ‰… แ‹ˆแˆญแŠญแˆพแ• แŠ แ‹ฒแˆต แŠ แ‰ แ‰ฃ แ‰ แˆšแŒˆแŠ˜แ‹ แ‹จแŠจแ‰ฐแˆ› แˆ›แ‹•แŠจแˆ แ‰ฐแŒ€แˆแˆฏแˆแข

แ‰ฃแˆˆแˆตแˆแŒฃแŠ‘แฃ แŠฎแˆŒแŒ แŠฅแŠ“ แ‹จแŠจแ‰ฐแˆ› แˆ›แ‹•แŠจแˆ แ‰ฃแ‹˜แŒ‹แŒแ‰ต แ‹ˆแˆญแŠญแˆพแ‘ แˆ‹แ‹ญ แ‹จแŒแˆ‰ แ‹˜แˆญแ แ‹จแˆแˆ…แŠ•แ‹ตแˆตแŠ“ แ‰ฃแˆˆแˆ™แ‹ซแ‹Žแ‰ฝ แ‰ฐแˆณแ‰ณแŠ แˆฒแˆ†แŠ‘ 14 แˆญแ‹•แˆถแ‰ฝ แ‰€แˆญแ‰ แ‹ แˆ™แ‹ซแ‹Š แŒแ‰ฅแˆจแˆ˜แˆแˆต แ‹ญแˆฐแŒฅแ‰ฃแ‰ธแ‹‹แˆแข

แ‹ˆแˆญแŠญ แˆพแ‘แŠ• แ‰ แ‹ญแ‹ แ‹ซแˆตแŒ€แˆ˜แˆฉแ‰ต แ‹จแŠขแ‰ตแ‹ฎแŒตแ‹ซ แŠฎแŠ•แˆตแ‰ตแˆซแŠญแˆฝแŠ• แ‰ฃแˆˆแˆตแˆแŒฃแŠ• แ‹จแˆแ‹แŒˆแ‰ฃแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ณแ‹ญแ‹œแˆฝแŠ• แ‹˜แˆญแ แˆ/แ‹‹แŠ“ แ‹ณแ‹ญแˆฌแŠญแ‰ฐแˆญ แ‹ถ/แˆญ แˆ™แŠ แ‹ แ‰ แ‹ตแˆฉ แŠฅแŠ•แ‹ฐแŒˆแˆˆแŒนแ‰ต แ‹จแŠขแ‰ต/แ‹ซ แ‹จแˆ…แŠ•แŒป แŠฎแ‹ถแ‰ฝแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ถแ‰ฝ แŠจแ‰ดแŠญแŠ–แˆŽแŒ‚แŠ“ แŠจแŠ แˆฐแˆซแˆญ แŠ แŠ•แŒปแˆญ แ‹˜แˆ˜แŠ‘แŠ• แ‹จแ‹‹แŒ แŠฅแŠ•แ‹ฒแˆ†แŠ‘ แŠญแˆˆแˆณแŠ“ แˆ›แˆปแˆปแ‹ซแ‹ แŠ แˆตแˆแˆ‹แŒŠแАแ‰ฑ แ‰ณแˆแŠ–แ‰ แ‰ต แ‰ฐแŠจแŠ“แ‹แŠ—แˆแข

แ‰ฃแˆˆแˆตแˆแŒฃแŠ• แ‰ฐแ‰‹แˆ™ แŠจแ‰ดแŠญแŠ–แˆŽแŒ‚แŠ“ แ‰ขแ‹แˆแ‰ต แŠขแŠ•แ‰ซแ‹ญแˆฎแˆ˜แŠ•แ‰ต แŠฎแˆŒแŒ… แŠ แˆ›แŠซแˆชแАแ‰ต แˆ›แˆปแˆปแ‹ซแŠ“ แŠญแˆˆแˆณ แ‹จแ‰ฐแ‹ฐแˆจแŒˆแ‰ฃแ‰ธแ‹ แŠฎแ‹ถแ‰ฝแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ถแ‰ฝ แ‰ แ‰€แŒฃแ‹ญ แŠจแˆแˆ‰แˆ แ‹˜แˆญแ แ‹จแ‰ฐแ‹แŒฃแŒก แ‰ฃแˆˆแˆ™แ‹ซแ‹Žแ‰ฝแŠ• แ‹ซแˆณแ‰ฐแˆแ‹ แ‰ฅแˆ„แˆซแ‹Š แ‰ดแŠญแŠ’แŠญ แŠฎแˆœแ‰ด แ‹จแˆšแˆ˜แ‹แАแ‹ แˆ˜แˆ†แŠ‘แŠ•แˆ แŒˆแˆแŒธแ‹‹แˆแข

แ‹จแ‹ˆแˆญแŠญแˆพแ‘ แŠ แˆ‹แˆ› แ‹จแŒแˆ‰แŠ• แ‹˜แˆญแ แ‰ฃแˆˆแˆ™แ‹ซแ‹Žแ‰ฝ แ‰ แˆ›แˆณแ‰ฐแแŠ“ แˆˆแˆ€แŒˆแˆญแŠ“ แˆˆแ‹˜แˆญแ‰ แ‹จแŒ‹แˆซ แŠ แˆ‹แˆ› แŒ แ‰€แˆœแ‰ณ แ‹จแˆšแŠ–แˆจแ‹ แŒ แŠ•แŠซแˆซ แŠฎแ‹ตแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ต แŠฅแŠ•แ‹ฒแŠ–แˆญ แˆ›แˆตแ‰ปแˆ แˆ˜แˆ†แŠ‘แŠ•แˆ แ‹ถ/แˆญ แˆ™แŠ แ‹ แ‰ แ‹ตแˆฉ แˆ˜แˆแ‹•แŠญแ‰ต แŠ แˆตแ‰ฐแˆ‹แˆแˆแ‹‹แˆแข

แ‰ แ‹ˆแˆญแŠญแˆพแ‘ แˆ‹แ‹ญ แˆ›แˆปแˆปแ‹ซ แŠจแ‰ฐแ‹ฐแˆจแŒˆแ‰ฃแ‰ธแ‹ แ‰ แ‰ฐแŒจแˆ›แˆช แŠ แ‹ณแ‹ฒแˆต แŠฎแ‹ถแ‰ฝแŠ“ แˆตแ‰ณแŠ•แ‹ณแˆญแ‹ถแ‰ฝ แ‰€แˆญแ‰ แ‹  แ‰ฐแˆณแ‰ณแŠแ‹Žแ‰ฝ แŠจแ‰ฐแŒแ‰ฃแˆซแ‹Š แ‰ฐแˆžแŠญแˆฏแ‰ธแ‹แฃ แŠ แˆแŠ• แŠซแˆˆแ‹ แ‹จแ‹˜แˆญแ‰ แАแ‰ฃแˆซแ‹Š แˆแŠ”แ‰ณ แŠฅแŠ“ แˆ˜แŒชแ‹แŠ• แ‹จแŠขแŠ•แ‹ฑแˆตแ‰ตแˆชแ‹แŠ• แŠ แ‰…แŒฃแŒซ แ‹จแ‰ƒแŠ™แŠ“ แ‹ซแŠซแ‰ฐแ‰ฑ แˆ˜แˆ†แŠ“แ‰ธแ‹แŠ• แ‹จแˆ›แˆจแŒ‹แŒˆแŒฅ แ‰ฅแˆŽแˆ แŒแ‰ฅแŠ แ‰ต แ‹จแˆ›แˆฐแ‰ฃแˆฐแ‰ฅ  แ‰ฐแŒแ‰ฃแˆซแ‰ต แ‹ญแŠจแŠ“แ‹ˆแŠ“แˆ‰แข

แŠ แŒ แ‰ƒแˆ‹แ‹ญ แ‹จแ‹ˆแˆญแŠญแˆพแ‘ แŠญแ‹‹แŠ” แ‰ แ‰ฐแˆˆแ‹ซแ‹ฉ แ‹ตแˆจ-แŒˆแŒพแ‰ฝแŠ“ แ‹จแˆ›แˆ…แ‰ แˆซแ‹Š แˆšแ‹ฒแ‹ซ แ‰ แ‹ญแАแˆ˜แˆจแ‰ฆแ‰ฝแ‰€แŒฅแ‰ณ แˆตแแŒญแ‰ต แˆฝแ‹แŠ• แ‹จแˆšแˆฐแŒฃแ‰ธแ‹ แˆฐแˆ†แŠ• แ‰ แŠขแ‰ตแ‹ฎแŒตแ‹ซ แŠฎแŠ•แˆตแ‰ตแˆซแŠญแŠญแˆฝแŠ• แ‰ฃแˆˆแˆตแˆแŒฃแŠ• แ‰ดแˆŒแŒแˆซแˆ แ‰ปแŠ“แˆแŠ“ แŒแˆตแ‰กแŠญ แŒˆแŒฝ  แˆŠแŠ•แŠฎแ‰นแŠ• แ‰ แˆ˜แŠจแ‰ณแ‰ฐแˆ แ‰ฐแˆณแ‰ณแŠ แˆ˜แˆ†แŠ• แŠฅแŠ•แ‹ฐแˆšแ‰ปแˆ แ‰ณแ‹แ‰‹แˆแข

Via แŠขแŠฎแ‰ฃ

@etconp
โค13๐Ÿ‘2
๐Ÿ‘‰ INTERCON Construction Chemicals 

โ— Concrete Admixtures
โ— Bonding Agents
โ— Waterproofings
โ— Wall Putty, Prime Coat
โ— Concrete Repair Mortar
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โ— Grout, Self-level mortar
โ— Quartz paint, Contextra
โ— Tile Adhesive & Tile Joint Fillers 
โ— Geotextiles and other construction chemicals and materials

Tel: 0961955555
Address: Signal, around signal mall
โค7
๐Ÿ‘‰Types of Beam-to-Column Connections

๐Ÿ’ซWhen designing structural systems, the type of connection between beams and columns plays a crucial role in how forces are transferred and how the structure behaves under load.

๐Ÿšง1. Fixed Connection

โ€ข Description: The beam is rigidly connected to the column (e.g., cast-in-place concrete), preventing any rotation.
โ€ข Transferred Forces:
โ€ข H: Horizontal force
โ€ข V: Vertical force
โ€ข M: Moment (rotation is resisted)
โ€ข Behavior: The joint resists all translations and rotations, providing maximum stiffness.

๐Ÿšง2. Pinned Connection

โ€ข Description: Precast beam rests on the column with no moment resistance. Rotation is allowed.
โ€ข Transferred Forces:
โ€ข H: Horizontal force
โ€ข V: Vertical force
โ€ข No moment is transferred.
โ€ข Behavior: Resists vertical and horizontal.
forces but allows rotation. Common in
precast structures.

๐Ÿšง3. Roller Connection

โ€ข Description: The beam sits freely on the
column, allowing horizontal movement.
โ€ข Transferred Forces:
โ€ข V: Vertical force only
โ€ข No horizontal force or moment is
transferred.
โ€ข Behavior: Allows horizontal movement
and rotation, resists only vertical load. Used
to accommodate expansion or settlement.

@etconp
๐Ÿ‘12โค10
๐Ÿ‘‰Bendable Concrete

๐Ÿ’ซScientists have invented a new type of concrete called ConFlexPave that is bendable but stronger and lasts longer than ordinary concrete that is heavy, brittle and fractures under tensile forces.

@etconp
โค15
๐Ÿ‘‰How do you avoid problems caused by the roots of trees?

๐Ÿ’ซOne way to avoid the root problems of the long trees is to maintain a "safe distance" between the tree and the building. Some types of trees are likely to cause more problems than others.

โบA tree is usually implanted near a new building or based on some of the risk of damage.

Therefore, it is proposed to follow the recommendations shown in the table, and the buildings can be damaged when the firm trees are removed, the pressure resulting from removing trees and shrubs is vertically and horizontally. In most cases, the horizontal movement is the one that causes the greatest damage, especially in the top layer of the soil.

When the windows are cracking and rise in the middle, this is an indication of the height of the soil. Differential movements will occur, which leads to cracks in the walls and separators. In such cases, the removal of the tree may harm more than its benefit.

@etconp
โ€Œโ€Œ
โค13
แ‰ณแˆแˆซแ‰ต  แ•แˆŒแ‰ต แŠฅแŠ“ แŒ„แ‰ฆแˆแ‰ต แŠ แ‰…แˆซแ‰ข

๐Ÿ“Œแ•แˆŒแ‰ตแŠ“ แŒ„แ‰ฆแˆแ‰ต แ‰ แˆแˆˆแŒ‰แ‰ต แŠ แ‹ญแАแ‰ต แ‹จแ‰ฐแ‹˜แŒ‹แŒ€ แŠ แˆˆแŠ•

โ™ง แˆแˆ‰แŠ• แ‰ แŠ แŠ•แ‹ต แ‰ฆแ‰ณ แˆˆแˆแˆ‰แˆ แ‰…แˆญแ‰ฅ

โ™ง แˆแˆตแŠญแˆซแ‰ฝแŠ• แˆตแˆซแ‰ฝแŠ•

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โ™ง แ‹ญแ‹ฐแ‹แˆ‰แˆแŠ• แ‹ซแˆ›แŠญแˆฉแŠ•

0904040477
0994941708
โค5
๐Ÿ‘‰Pile Integrity Test (PIT)

๐Ÿ’ซA non-destructive testing method for assessing the soundness and quality of concrete piles (deep foundation elements that support structures).

๐ŸšงWhat It Does:

* Inspects for cracks, voids, necking, bulging, or incomplete pile length.
* Confirms that the pile was properly constructed and has structural integrity.
* Can be performed on both cast-in-place and precast piles.

๐ŸšงHow it Works:

โบUse a little hammer to tap the pile's top. A sensor (often an accelerometer) detects how the pile responds.

* Irregularities in the pile, such as flaws or changes in cross-section, might alter the response signal. Data is evaluated with software to discover potential issues. Why It is Important
* Ensures foundation reliability before loading,
* Prevents costly breakdowns.
* Saves time and money over destructive testing

โนWhether you're verifying new construction or checking existing foundations, PIT provides reliable results with minimal effort.

@etconp
โค5๐Ÿ‘2
๐Ÿ‘‰Project Manager Vs Construction Manager

โญ๏ธProject Manager (PM) Tasks;

1.Overall Project Oversight: The Project Manager is responsible for the entire lifecycle of the project, from planning and initiation through execution, monitoring, and closing. They ensure that the project meets its objectives, is completed on time within budget.

2.Project Planning: The PM develops comprehensive project plans that outline scope, schedule, cost, quality, and risk management strategies.

3.Stakeholder Management: Project Managers work closely with various stakeholders, including clients, architects, engineers, and contractors.

4.Budget Management: The PM is responsible for creating and managing the project budget, including cost estimates, tracking expenses, and making adjustments to keep the project within financial constraints.

5.Risk Management: Identifying potential risks and developing mitigation strategies is a key task for Project Managers. They monitor risks throughout the project and take necessary actions to address them.

6.Contract Management: Project Managers oversee contracts with vendors, suppliers, and subcontractors, ensuring that all parties fulfill their contractual obligations.

7.Communication and Reporting: The PM is the primary point of contact for communication among all parties involved in the project.

8.Quality Assurance: Ensuring that the project meets the required quality standards is a critical responsibility for the Project Manager.

โญ๏ธConstruction Manager (CM) Tasks;

1.On-Site Management: The Construction Manager focuses on the day-to-day management of the construction site. They oversee the physical construction process, ensuring that the work is carried out according to the plans and specifications.

2.Supervising Construction Activities: The CM supervises and directs the construction workforce, including subcontractors, laborers, and equipment operators. They ensure that the construction work progresses according to schedule.

3.Site Logistics: The Construction Manager is responsible for organizing the logistics of the construction site, including the scheduling of material , equipment, and labor.

4. Safety Management: A key responsibility of the CM is ensuring that safety protocols are strictly followed on the construction site.

5. Coordination with Trades: The CM coordinates the work of various trades to ensure that all tasks are completed in the correct sequence.

6.Problem-Solving on Site: When issues arise during construction and also he is responsible for finding solutions to keep the project on track.

7.Quality Control on Site: The CM ensures that the work being carried out meets the required quality standards. They may conduct inspections and work closely with engineers to resolve quality issues.

@etconp
โค30๐Ÿ‘3
๐Ÿ‘‰๐‘๐ž๐ฌ๐จ๐ฎ๐ซ๐œ๐ž ๐‡๐ข๐ฌ๐ญ๐จ๐ ๐ซ๐š๐ฆ

โบA resource histogram is a project management technique that is used by the manager to plan and allocate resources such as people, tools, and materials.
โบIt is a stacked bar chart that indicates the exact hours a resource is planned to work, helping managers to monitor utilization and availability.

๐ŸšงKey Benefits:

โบEfficient Allocation: Ensures resources are used correctly and avoids over- or under-allocation.
โบBetter Planning: Assists in the proper and effective distribution of resources throughout the entire project lifecycle.
โบDecision Support: Offers the necessary information to be able to adjust the resources so they capable of supporting the project

๐ŸšงLimitations: Static Tool: The manual updating of the tool is required and can be time-consuming

๐ŸšงWhen to Use:

โ–ถ๏ธFrom the beginning to the end on a regular basis to track resource usage.
โบFor the analysis of the cost-effectiveness of specific activities and the identification of areas where there is a need for more resources

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โค7๐Ÿ‘7
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๐Ÿ‘‰Cover blocks, often referred to as "spacer blocks" or "concrete cover blocks," play a crucial role in reinforced concrete construction๐Ÿ‘‡

@etconp
๐Ÿ‘4โค2
Ethio Construction Engineering
๐Ÿ‘‰Cover blocks, often referred to as "spacer blocks" or "concrete cover blocks," play a crucial role in reinforced concrete construction๐Ÿ‘‡ @etconp
๐Ÿ‘‰Cover blocks, often referred to as "spacer blocks" or "concrete cover blocks," play a crucial role in reinforced concrete construction.

๐ŸทHereโ€™s an overview of their function and importance, especially in the context of connections:

๐Ÿ”ฐPurpose of Cover Blocks:

1. Protection of Reinforcement: Cover blocks maintain the specified concrete cover over the reinforcing steel bars (rebar). This protects the steel from environmental factors like moisture and chemicals, which can cause corrosion.

2. Structural Integrity: Adequate cover ensures that the concrete provides the necessary bond strength and structural integrity to the rebar. It prevents buckling and ensures the reinforcement works effectively.

3. Improving Durability: Properly placed cover blocks enhance the durability of the structure by preventing early degradation due to environmental exposure.

โญ๏ธUse in Connections:

1. Joint and Connection Areas: In areas where different structural elements connect (like beams to columns), cover blocks ensure that the rebar is adequately covered, facilitating strong joints that can handle loads effectively.

2. Alignment: Cover blocks help maintain the alignment of rebar in connection regions, ensuring that they are positioned correctly according to design specifications.

3. Minimizing Cracking: Proper cover in connection areas reduces the possibility of cracking by ensuring that stress is distributed evenly across the elements.

โ‡๏ธInstallation Considerations:

- Material and Size: Select cover blocks made from materials that can withstand concrete pouring pressures. They come in various sizes, often 20 mm or 40 mm, depending on the required cover.

- Spacing: Place cover blocks at regular intervals to ensure that the rebar is consistently supported and the concrete cover is maintained.

- Positioning: Ensure that the cover blocks are properly positioned before concrete pouring to avoid any movement during the process.

๐Ÿ’ซConclusion:

โบCover blocks are essential for reinforcing steel to ensure safety, durability, and structural integrity, particularly in joint areas. Proper understanding and usage of cover blocks significantly contribute to the longevity of concrete structures.

@etconp
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๐ŸšงThe UIA Gold Medal & Triennial Prizes are now open for nominations

โบUIA Member Sections are invited to submit candidates for the 2026 edition of the UIA Gold Medal, the highest distinction awarded by architects to architects, and for the six UIA Prizes, celebrating excellence in diverse fields of architecture.

๐Ÿ“œAward Categories:

โ€ข Patrick Abercrombie Prize (Urban Planning & Design)
โ€ข Auguste Perret Prize (Technology in Architecture)
โ€ข Jean Tschumi Prize (Architectural Writing)
โ€ข Robert Matthew Prize (Sustainable & Humane Environments)
โ€ข Vassilis Sgoutas Prize (Architecture Serving the Impoverished)
โ€ข NEW! Young Architects Prize (Architectural Excellence & Innovation โ€“ under 40)

๐Ÿ“Key dates:

๐Ÿ”น Submission deadline: 25 September 2025 (17:00 Paris time)
๐Ÿ”น Deadline for questions: 15 July 2025
๐Ÿ”น Awards ceremony: UIA World Congress, Barcelona 2026

๐Ÿ“ฅ Nominations must be submitted digitally by UIA Member Sections and elected officials.

๐Ÿ”— Read the full regulations & submit nominations:๐Ÿ‘‡
https://www.uia-architectes.org/en/news/call-for-nominations-uia-gold-medal-and-triennial-prizes/

Via UIA

@etconp
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โค7
๐Ÿ‘‰‎HOW TO SELECT TYPE OF FOUNDATION IN WATER LOGGED AREA
‎
๐ŸทSelecting the right type of foundation for a water-logged area requires careful consideration of several factors.

๐Ÿ’ซHere's a step-by-step guide to help you make an informed decision:
‎
๐Ÿ“œ‎FACTORS TO CONSIDER

‎1. WATER TABLE LEVEL: Determine the water table level and its fluctuation.
‎
‎2. SOIL TYPE: Identify the type of soil and its properties (e.g., clay, sand, silt).
‎
‎3. LOAD-BEARING CAPACITY: Calculate the load-bearing capacity of the soil.
‎
‎4. STRUCTURAL REQUIREMENTS: Consider the type of structure, its weight, and loads.
‎
‎๐Ÿ“œ‎FOUNDATION TYPES FOR WATER-LOGGED AREA'S

‎1. DEEP FOUNDATIONS: Suitable for areas with high water tables or poor soil conditions.

‎    โœ“ Piled foundations: Transfer loads to deeper, more stable soil layers.
‎    โœ“ Drilled shafts: Similar to pile foundations, but with a larger diameter.
‎
‎2. RAFT FOUNDATIONS:

Suitable for areas with poor soil conditions or high loads.
‎      โœ“ Mat foundations: A thick, continuous slab that distributes loads evenly.
‎
‎3. SPECIALIZED FOUNDATIONS: Consider using specialized foundations like:

‎       โœ“ Floating foundations: Designed for areas with very poor soil conditions.
‎       โœ“ Compensated foundations: Use a combination of deep and shallow foundations.
‎
๐Ÿ“œ‎DESIGN CONSIDERATIONS

‎1. WATERPROOFING: Ensure the foundation is designed to withstand water pressure and prevent water ingress.
‎
‎2. DRAINAGE: Provide adequate drainage systems to prevent water accumulation.
‎
‎3. SOIL STABILIZATION: Consider soil stabilization techniques, such as grouting or soil nailing, to improve soil properties.
‎
๐Ÿ”ฐ‎WHAT TO DO โฉ CONSULT EXPERTS

‎1. GEOTECHNICAL ENGINEERS: Consult with geotechnical engineers to determine the soil properties and recommend suitable foundation types.
‎
‎2. STRUCTURAL ENGINEERS: Work with structural engineers to design the foundation and ensure it meets structural requirements.

@etconp
โค19๐Ÿ”ฅ2
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