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የSEO እና Google Business Profile ማስተዋወቂያ መግለጫ – ለConstruction ድርጅቶች
የግንባታ ኩባንያዎ Google ላይ ይታያል፣ ይታመናል፣ ይመረጣል! በተጠናከረ የSEO ብቃት እና በተቀናጀ የGoogle Business Profile አስተካክለን ኩባንያዎን በConstruction ገበያ ውስጥ ማየት የሚችሉት ደንበኞች ቁጥር በእጅግ ይጨምራል።
⭐ የSEO (Search Engine Optimization) ጥቅሞች
• ኩባንያዎ በGoogle መመሪያ ገፅ ላይ በመጀመሪያ ላይ እንዲታይ ያግዛል
• “Construction company in Addis Ababa” ያሉ ቁልፍ ቃላት ላይ ውስጥ ይመደባል
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⭐ የGoogle Business Profile (GBP) ጥቅሞች
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• በስራዎ ላይ የተሰጡ ግምገማዎች እና ኮመንቶች ያሳያል
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@BemiCreatives
0902397727
የSEO እና Google Business Profile ማስተዋወቂያ መግለጫ – ለConstruction ድርጅቶች
የግንባታ ኩባንያዎ Google ላይ ይታያል፣ ይታመናል፣ ይመረጣል! በተጠናከረ የSEO ብቃት እና በተቀናጀ የGoogle Business Profile አስተካክለን ኩባንያዎን በConstruction ገበያ ውስጥ ማየት የሚችሉት ደንበኞች ቁጥር በእጅግ ይጨምራል።
⭐ የSEO (Search Engine Optimization) ጥቅሞች
• ኩባንያዎ በGoogle መመሪያ ገፅ ላይ በመጀመሪያ ላይ እንዲታይ ያግዛል
• “Construction company in Addis Ababa” ያሉ ቁልፍ ቃላት ላይ ውስጥ ይመደባል
• የደንበኞች እይታ እና የትዕዛዝ መጥራት ይጨምራል
⭐ የGoogle Business Profile (GBP) ጥቅሞች
• ኩባንያዎ በGoogle Maps እና በGoogle Search ውስጥ በቀላሉ ይታያል
• ስልክ ቁጥር፣ አድራሻ፣ የስራ ሰዓት፣ ፎቶዎች እና አገልግሎቶች በሙሉ እንዲታዩ ያደርጋል
• ደንበኞች በቀጥታ ለመደወል፣ መልዕክት መላክ ይችላሉ
• በስራዎ ላይ የተሰጡ ግምገማዎች እና ኮመንቶች ያሳያል
• የተሻለ የአካባቢ ገበያ (Local SEO) ትርፍ ያመጣል
ይሄንን ሁሉ
በ 2,000 ብር ብቻ 🔥
@BemiCreatives
0902397727
❤3
👉Materials resist the five forces—compression, tension, bending, shear, and torsion—through various mechanisms related to their intrinsic properties, structure, and behavior under stress.
🚧Here’s a brief overview of how materials respond to each of these forces:
📚1. Compression
🔗Resistance Mechanism:
📌Material Properties: Materials with high compressive strength, such as concrete and metals, can withstand significant loads without deforming.
📌Structural Design: Columns and beams are designed to distribute compressive loads effectively. The cross-sectional area plays a crucial role in resisting compression; larger areas can support more load.
📌Elasticity and Plasticity: Under compression, materials may initially deform elastically (returning to original shape) and, if the load exceeds the yield strength, may undergo plastic deformation.
📚2. Tension
🔗Resistance Mechanism:
📌Material Properties: Materials with high tensile strength, like steel and certain polymers, can stretch significantly before breaking.
📌 Molecular Structure: The atomic arrangement and bonding in materials contribute to their ability to resist stretching. For example, metals have metallic bonds that allow for some degree of slip without failure.
📍Cross-sectional Area: Similar to compression, a larger cross-section can bear more tensile load.
📚3. Bending
🔗Resistance Mechanism:
📍Moment of Inertia: The geometric distribution of material about the neutral axis affects its resistance to bending. Materials with a higher moment of inertia (like I-beams) can resist bending more effectively.
📌 Material Composition: Different materials respond differently to bending; for example, wood has anisotropic properties (varying strength in different directions), while metals typically behave more isotropically.
📌 Yield Strength: When the bending moment exceeds the material's yield strength, it can lead to permanent deformation or failure.
📚4. Shear
🔗Resistance Mechanism:
📌Shear Strength: Materials possess a specific shear strength that defines how much shear stress they can withstand before failing.
📌 Friction: In some cases, friction between surfaces can help resist shear forces, especially in mechanical joints or fasteners.
📌Layering and Grain Orientation: In composite materials or wood, the orientation of fibers or layers can significantly affect shear resistance.
📚5. Torsion
🔗Resistance Mechanism:
📌Torsional Strength: Materials have a torsional strength that defines their ability to resist twisting forces. This is often characterized by the material's shear modulus.
📌Geometric Properties: The shape and cross-section of a shaft or beam influence its ability to resist torsion. Circular cross-sections are typically more effective at resisting torsional loads than square or rectangular ones.
📌Distribution of Stress: Torsion leads to shear stress distributed over the material; understanding how this stress is distributed helps in designing components that can withstand twisting without failure.
📍Summary
In summary, the resistance of materials to these forces is influenced by their physical and mechanical properties, structural design, and the way they are utilized in applications.
Engineers and material scientists consider these factors when selecting materials for specific applications to ensure safety and performance under various loading conditions.
@etconp
🚧Here’s a brief overview of how materials respond to each of these forces:
📚1. Compression
🔗Resistance Mechanism:
📌Material Properties: Materials with high compressive strength, such as concrete and metals, can withstand significant loads without deforming.
📌Structural Design: Columns and beams are designed to distribute compressive loads effectively. The cross-sectional area plays a crucial role in resisting compression; larger areas can support more load.
📌Elasticity and Plasticity: Under compression, materials may initially deform elastically (returning to original shape) and, if the load exceeds the yield strength, may undergo plastic deformation.
📚2. Tension
🔗Resistance Mechanism:
📌Material Properties: Materials with high tensile strength, like steel and certain polymers, can stretch significantly before breaking.
📌 Molecular Structure: The atomic arrangement and bonding in materials contribute to their ability to resist stretching. For example, metals have metallic bonds that allow for some degree of slip without failure.
📍Cross-sectional Area: Similar to compression, a larger cross-section can bear more tensile load.
📚3. Bending
🔗Resistance Mechanism:
📍Moment of Inertia: The geometric distribution of material about the neutral axis affects its resistance to bending. Materials with a higher moment of inertia (like I-beams) can resist bending more effectively.
📌 Material Composition: Different materials respond differently to bending; for example, wood has anisotropic properties (varying strength in different directions), while metals typically behave more isotropically.
📌 Yield Strength: When the bending moment exceeds the material's yield strength, it can lead to permanent deformation or failure.
📚4. Shear
🔗Resistance Mechanism:
📌Shear Strength: Materials possess a specific shear strength that defines how much shear stress they can withstand before failing.
📌 Friction: In some cases, friction between surfaces can help resist shear forces, especially in mechanical joints or fasteners.
📌Layering and Grain Orientation: In composite materials or wood, the orientation of fibers or layers can significantly affect shear resistance.
📚5. Torsion
🔗Resistance Mechanism:
📌Torsional Strength: Materials have a torsional strength that defines their ability to resist twisting forces. This is often characterized by the material's shear modulus.
📌Geometric Properties: The shape and cross-section of a shaft or beam influence its ability to resist torsion. Circular cross-sections are typically more effective at resisting torsional loads than square or rectangular ones.
📌Distribution of Stress: Torsion leads to shear stress distributed over the material; understanding how this stress is distributed helps in designing components that can withstand twisting without failure.
📍Summary
In summary, the resistance of materials to these forces is influenced by their physical and mechanical properties, structural design, and the way they are utilized in applications.
Engineers and material scientists consider these factors when selecting materials for specific applications to ensure safety and performance under various loading conditions.
@etconp
❤21👌2
👉 INTERCON Construction Chemicals
● Concrete Admixtures
● Bonding Agents
● Waterproofings
● Wall Putty, Prime Coat
● Concrete Repair Mortar
● Floor hardener, Epoxy
● Grout, Self-level mortar
● Quartz paint, Contextra
● Tile Adhesive & Tile Joint Fillers
● Geotextiles and other construction chemicals and materials
☎️ Tel: 0961955555
🔹 Address 1: Signal road, around
Dinberwa Hospital
🔹 Addres 2: Wellosefer, Infront of
Dani Plaza
● Concrete Admixtures
● Bonding Agents
● Waterproofings
● Wall Putty, Prime Coat
● Concrete Repair Mortar
● Floor hardener, Epoxy
● Grout, Self-level mortar
● Quartz paint, Contextra
● Tile Adhesive & Tile Joint Fillers
● Geotextiles and other construction chemicals and materials
☎️ Tel: 0961955555
🔹 Address 1: Signal road, around
Dinberwa Hospital
🔹 Addres 2: Wellosefer, Infront of
Dani Plaza
❤4
What is a directly proportional measure of a material's Stiffness?
Anonymous Quiz
27%
Density or Unit Weight
7%
Corrosion Resistance
59%
Modulus of Elasticity
7%
Porosity
👏5👍2❤1
With reference to the Stress-Strain graph, which enumeration is in order from left to right?
Anonymous Quiz
24%
Plastic, Elastic, Failure
58%
Elastic, (Strain offset), Plastic, Failure
15%
Plastic, Breaking point, Elastic
4%
None of the above
❤4👍2
What is the usual type of load that one might apply to break a pencil into two using bear hands?
Anonymous Quiz
24%
Tensile load
28%
Shear load
36%
Flexural load
11%
Torsional load
👏6❤1
What is the type of Failure Behavior that happens when elongation happens first before a material breaks?
Anonymous Quiz
45%
Ductile/ Plastic
28%
Elastic
23%
Tensile
4%
Torsional
🙏3❤2
Permeability in cement is defined as:
Anonymous Quiz
19%
the degree of a material's porosity.
10%
the ability of a material to absorb aggregates.
67%
the ability of a given concrete to permit liquids or gases to pass through.
4%
None of the above
🥰4
When is the strength of cement tested and graded according to those results?
Anonymous Quiz
14%
7 days
72%
28 days
10%
After the hardening stops
5%
Once the concrete is dry
🙏6
How is concrete's mechanical property characterized over time?
Anonymous Quiz
12%
Its strength decreases, then increases.
17%
Its tensile strength becomes higher.
11%
More patina makes it resistant to corrosion.
61%
It gets stronger over time.
❤3👏3
The maximum strain offset of a material's elastic elongation is:
Anonymous Quiz
36%
0.01%
41%
0.2%
19%
1%
4%
None of the above
👍3❤1
The property of a material to be able to return to its original shape after load removal is called:
Anonymous Quiz
10%
Workability
80%
Elasticity
6%
Shear Strength
3%
Malleability
❤5👍2
The property of a material by which it can be beaten or rolled into thin plates is called:
Anonymous Quiz
37%
Malleability
20%
Plasticity
34%
Ductility
9%
Elasticity
❤8
Which law is also called the Elasticity Law (or Young's Modulus)?
Anonymous Quiz
16%
Bernoulli's Law
25%
Stress Law
47%
Hooke's Law
12%
Poisson's Law
👌3❤2
A material or specimen which does not regain its original shape after removal of the load, thus accumulating a deformation, is said to be:
Anonymous Quiz
51%
Plastic
14%
Elastic
18%
Rigid
16%
Brittle
❤3
Which of the following properties of aggregates is not desirable?
Anonymous Quiz
42%
Fine structure
7%
Well-graded
23%
Smaller Grain size
28%
Angular shape
❤2🔥2🎉1
Forwarded from Ethiopian Construction Vacancy & Tender
👍6❤1
Forwarded from Ethiopian Construction Vacancy & Tender
👉የኢትዮጵያ አየር መንገድ ለቢሾፍቱ ኤርፖርት ግንባታ ፕሮጀክት የአሜሪካውን ኬፒኤምጂ የተባለ ዓለም አቀፍ የፋይናንስ አማካሪ ድርጅትን ቀጠረ
በአቪዬሽን ሕግና በሕግ ማማከር አገልግሎት የሚታወቀውን ክላይድ ኤንድ ኮ የተሰኘ ኩባንያን ደግሞ የሕግ ጉዳዮች አማካሪ አድርጎ መቅጠሩን ይፋ አድርጓል።
የኢትዮጵያ አየር መንገድ በቢሾፍቱ ከተማ አጠገብ በሚገኘው አቡሴራ በተባለ አካባቢ ለሚያስገነባው፣ የቢሾፍቱ ዓለም አቀፍ ኤርፖርት ግንባታ ፕሮጀክት የአሜሪካውን ኬፒኤምጂ የተባለ ዓለም አቀፍ የፋይናንስ አማካሪ ድርጅት፣ እንዲሁም በአቪዬሽን ሕግና በሕግ ማማከር አገልግሎት የሚታወቀውን ክላይድ ኤንድ ኮ የተሰኘ ኩባንያን ደግሞ የሕግ ጉዳዮች አማካሪ አድርጎ መቅጠሩን ይፋ አድርጓል።
በፕሮጀክቱ የሕግ ማማከር አገልግሎት ይሰጣል የተባለው ክላይድ ኤንድ ኮ የሕግ አማካሪ ኩባንያ፣ ከዚህ ቀደም እ.ኤ.አ. በ2015 የኢትዮጵያ አየር መንገድ ግሩፕ አውሮፕላን ቦይንግ ቢ787 ድሪምላይነር በለንደን ሄትሮው አየር ማረፊያ በቆመበት ቦታ ያጋጠመውን የእሳት አደጋ አስመልክቶ፣ በእንግሊዝ የንግድ ፍርድ ቤት በአምራቹ ላይ ላቀረበው ከ5ዐ ሚሊዮን ዶላር በላይ ክስ ግሩፑን ወክሎ ተሟግቷል።
እንደ ሪፖርተር ዘገባ የቴክኒካዊ ጉዳዮት አማካሪ ኩባንያው በበኩሉ የቢሾፍቱ ዓለም አቀፍ ኤርፖርት በአካባቢና በማኅበረሰቡ ላይ ሊያሳድር የሚችለውን ተፅዕኖ የተመለከተ ያደረገውን ጥናት አጠናቆ በጥቅምት ወር መጀመሪያ አስረክቧል።
@etconp
በአቪዬሽን ሕግና በሕግ ማማከር አገልግሎት የሚታወቀውን ክላይድ ኤንድ ኮ የተሰኘ ኩባንያን ደግሞ የሕግ ጉዳዮች አማካሪ አድርጎ መቅጠሩን ይፋ አድርጓል።
የኢትዮጵያ አየር መንገድ በቢሾፍቱ ከተማ አጠገብ በሚገኘው አቡሴራ በተባለ አካባቢ ለሚያስገነባው፣ የቢሾፍቱ ዓለም አቀፍ ኤርፖርት ግንባታ ፕሮጀክት የአሜሪካውን ኬፒኤምጂ የተባለ ዓለም አቀፍ የፋይናንስ አማካሪ ድርጅት፣ እንዲሁም በአቪዬሽን ሕግና በሕግ ማማከር አገልግሎት የሚታወቀውን ክላይድ ኤንድ ኮ የተሰኘ ኩባንያን ደግሞ የሕግ ጉዳዮች አማካሪ አድርጎ መቅጠሩን ይፋ አድርጓል።
በፕሮጀክቱ የሕግ ማማከር አገልግሎት ይሰጣል የተባለው ክላይድ ኤንድ ኮ የሕግ አማካሪ ኩባንያ፣ ከዚህ ቀደም እ.ኤ.አ. በ2015 የኢትዮጵያ አየር መንገድ ግሩፕ አውሮፕላን ቦይንግ ቢ787 ድሪምላይነር በለንደን ሄትሮው አየር ማረፊያ በቆመበት ቦታ ያጋጠመውን የእሳት አደጋ አስመልክቶ፣ በእንግሊዝ የንግድ ፍርድ ቤት በአምራቹ ላይ ላቀረበው ከ5ዐ ሚሊዮን ዶላር በላይ ክስ ግሩፑን ወክሎ ተሟግቷል።
እንደ ሪፖርተር ዘገባ የቴክኒካዊ ጉዳዮት አማካሪ ኩባንያው በበኩሉ የቢሾፍቱ ዓለም አቀፍ ኤርፖርት በአካባቢና በማኅበረሰቡ ላይ ሊያሳድር የሚችለውን ተፅዕኖ የተመለከተ ያደረገውን ጥናት አጠናቆ በጥቅምት ወር መጀመሪያ አስረክቧል።
@etconp
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👉SITE BOOK
💫In construction, a site book (sometimes called a site diary, site log, or site register) is an official record used to document daily activities, progress, issues, and instructions on a construction site.
🏷Key Purposes
1. Daily Progress Tracking
Records work completed each day, weather conditions, manpower, and machinery used.
2. Communication & Instructions
Used by the Resident Engineer (RE), Project Manager, or Supervisors to issue instructions or note observations for the contractor.
3. Quality & Safety Documentation
Logs inspections, tests, safety incidents, and compliance with specifications.
4. Evidence & Dispute Resolution
Acts as legal evidence in case of claims, delays, or disputes between parties.
⭐️Typical Entries
*Date, weather, and site conditions
*Manpower and equipment on site
*Work completed (by section or activity)
*Instructions given by RE or Consultant
*Safety incidents or quality control checks
*Delays, disruptions, or variations
*Visitor records (e.g., inspectors)
📜Who Maintains It?
Usually kept on site and maintained by the Contractor or Site Engineer, but entries can be made by the Consultant, RE, or Client Representative as well.
@etconp
💫In construction, a site book (sometimes called a site diary, site log, or site register) is an official record used to document daily activities, progress, issues, and instructions on a construction site.
🏷Key Purposes
1. Daily Progress Tracking
Records work completed each day, weather conditions, manpower, and machinery used.
2. Communication & Instructions
Used by the Resident Engineer (RE), Project Manager, or Supervisors to issue instructions or note observations for the contractor.
3. Quality & Safety Documentation
Logs inspections, tests, safety incidents, and compliance with specifications.
4. Evidence & Dispute Resolution
Acts as legal evidence in case of claims, delays, or disputes between parties.
⭐️Typical Entries
*Date, weather, and site conditions
*Manpower and equipment on site
*Work completed (by section or activity)
*Instructions given by RE or Consultant
*Safety incidents or quality control checks
*Delays, disruptions, or variations
*Visitor records (e.g., inspectors)
📜Who Maintains It?
Usually kept on site and maintained by the Contractor or Site Engineer, but entries can be made by the Consultant, RE, or Client Representative as well.
@etconp
❤11👍4🎉1