Burj khalifa
-Height-828 m
-Material-steel,concrete
-floors:-163
-service..office,,hotel residential
- location-Dubai,UAE
-Rank-1st
@etconp
-Height-828 m
-Material-steel,concrete
-floors:-163
-service..office,,hotel residential
- location-Dubai,UAE
-Rank-1st
@etconp
π6
Shanghi Tower
Height-632m
material-composite
floors-128
service-hotel,office
location-shanghi,china
Rank-2nd
@etconp
Height-632m
material-composite
floors-128
service-hotel,office
location-shanghi,china
Rank-2nd
@etconp
π₯°4β€3π₯1
macca royal clock Tower
Height-601m
material-composite
floors-120
service-hotel,other
location-saudi arabia
Rank-3rd
@etconp
Height-601m
material-composite
floors-120
service-hotel,other
location-saudi arabia
Rank-3rd
@etconp
β€5
Ping An finance center
Height-599.1m
material-composite
floors-123
service-office
location-shenzhen,china
Rank-4th
@etconp
Height-599.1m
material-composite
floors-123
service-office
location-shenzhen,china
Rank-4th
@etconp
β€6π₯°1
Lotte world Tower
Height-554.5m
material-composite
floors-123
service-office
location-seoul,south korea
Rank-5th
@etconp
Height-554.5m
material-composite
floors-123
service-office
location-seoul,south korea
Rank-5th
@etconp
β€4
One world trade center
Height-541.3m
material-composite
floors-94
service-office
location-newyork,USA
Rank-6th
@etconp
Height-541.3m
material-composite
floors-94
service-office
location-newyork,USA
Rank-6th
@etconp
β€4π3
Guangzhou CTF finance center
Height-530m
material-composite
floors-97
service-hotel,serviced appartment,office
location-china
Rank-7th
@etconp
Height-530m
material-composite
floors-97
service-hotel,serviced appartment,office
location-china
Rank-7th
@etconp
π3
Tianjin CTF finance center
Height-530m
material-composite
floors-111
service-hotel, appartment,office
location-tianjin,china
Rank-7th
@etconp
Height-530m
material-composite
floors-111
service-hotel, appartment,office
location-tianjin,china
Rank-7th
@etconp
π₯°3
CITIC Tower
Height-527.7m
material-composite
floors-109
service-office
location-Beijing,china
Rank-9th
@etconp
Height-527.7m
material-composite
floors-109
service-office
location-Beijing,china
Rank-9th
@etconp
π3
Taipei 101
Height-508m
material-composite
floors-101
service-office
location-Taipei,Taiwan
Rank-10th
@etconp
Height-508m
material-composite
floors-101
service-office
location-Taipei,Taiwan
Rank-10th
@etconp
β€6
πLeveling Method, commonly used in civil engineering and surveying.
π§βMastering Slope Calculation
π«βThe image demonstrates the relationship between vertical height difference (\Delta H) and horizontal distance (L) to determine the percentage of a slope.
βKey Components Explained:
βElevation A: The starting ground point (32.000 m).
βBacksight (BS): The rod reading at the known point (2.105 m).
βInstrument Height (I.H.): Calculated as {Elevation A} + {Backsight} = 34.105{ m}.
βForesight (FS): The rod reading at the new point (0.607 m).
βElevation B: Calculated as {I.H.} - {Foresight} = 33.498 { m}.
βHeight Difference (Delta H): The rise between points A and B (1.498 m).
βThe Formula:
βTo find the slope (S), we use the ratio of the height difference over the horizontal distance, multiplied by 100:
With a distance of 98.90 m and a height change of 1.498 m, the resulting slope is 1.514%.
β#CivilEngineering #Surveying #ConstructionLife #SiteEngineering #LandSurveying #EngineeringStudent
@etconp
π§βMastering Slope Calculation
π«βThe image demonstrates the relationship between vertical height difference (\Delta H) and horizontal distance (L) to determine the percentage of a slope.
βKey Components Explained:
βElevation A: The starting ground point (32.000 m).
βBacksight (BS): The rod reading at the known point (2.105 m).
βInstrument Height (I.H.): Calculated as {Elevation A} + {Backsight} = 34.105{ m}.
βForesight (FS): The rod reading at the new point (0.607 m).
βElevation B: Calculated as {I.H.} - {Foresight} = 33.498 { m}.
βHeight Difference (Delta H): The rise between points A and B (1.498 m).
βThe Formula:
βTo find the slope (S), we use the ratio of the height difference over the horizontal distance, multiplied by 100:
With a distance of 98.90 m and a height change of 1.498 m, the resulting slope is 1.514%.
β#CivilEngineering #Surveying #ConstructionLife #SiteEngineering #LandSurveying #EngineeringStudent
@etconp
β€15
The ratio of maximum shear stress to average shear stress of circular beam is _______.
Anonymous Quiz
33%
2/3
16%
1
22%
4/3
28%
ΒΎ
β€9π2
The structure which supports externally applied load by developing tension in it is called
Anonymous Quiz
16%
Plate
52%
Cable
10%
Shell
22%
Arch
π8
The process of making the back ground rough before plastering is
Anonymous Quiz
19%
Dubbing
28%
Hacking
34%
Blisting
20%
Peeling
π6
The property of a liquid which offers resistance to the movement of one layer of liquid over another adjacent layer of liquid is called _______.
Anonymous Quiz
12%
Compressibility
19%
Capillary
19%
Surface tension
51%
Viscosity
π5β€1π₯°1
β€9
The hydrostatic force acts through
Anonymous Quiz
60%
Center of pressure
10%
Metacentric
9%
Center of top edge
21%
Center of bottom edge
β€5
_______ is the part of building constructed above the plinth level(grade beam).
Anonymous Quiz
81%
Superstructure
11%
Substructure
3%
Foundation
5%
Plinth
β€8π₯4
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π α°α¨ααͺ α«αα₯α‘: https://ethiopianreporter.com/153509/
@etconp
π§α α α²α΅ α α α£ α¨α°α ααα α¨αα«α΅ααα‘ α¨α α«α°αα½α α°α ααα΅α α¨ααα£α α α£ααα« α₯αα²αα΅α‘ α₯αα°ααα°α±α£ α¨α¨α°αα α¨ααα£α³ ααα΅α αα₯α₯α α£αα₯αα£α α α΅α³ααα‘α‘
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π α°α¨ααͺ α«αα₯α‘: https://ethiopianreporter.com/153509/
@etconp
β€5π3
π INTERCON Construction Chemicals
β Concrete Admixtures
β Bonding Agents
β Waterproofings
β Wall Putty, Prime Coat
β Concrete Repair Mortar
β Floor hardener, Epoxy
β Grout, Self-level mortar
β Quartz paint, Contextra
β Tile Adhesive & Tile Joint Fillers
β Geotextiles and other construction chemicals and materials
βοΈ Tel: 0961955555
πΉ Address 1: Signal road, around
Dinberwa Hospital
πΉ Addres 2: Wellosefer, Infront of
Dani Plaza
β Concrete Admixtures
β Bonding Agents
β Waterproofings
β Wall Putty, Prime Coat
β Concrete Repair Mortar
β Floor hardener, Epoxy
β Grout, Self-level mortar
β Quartz paint, Contextra
β Tile Adhesive & Tile Joint Fillers
β Geotextiles and other construction chemicals and materials
βοΈ Tel: 0961955555
πΉ Address 1: Signal road, around
Dinberwa Hospital
πΉ Addres 2: Wellosefer, Infront of
Dani Plaza
β€6
πRoad Lane Marking in driving :
π§β1. Solid White Line
π«βMeaning: This marks the edge of a lane or a separation between lanes moving in the same direction where lane changing is hazardous.
β‘οΈβRule: No lane changing allowed. You must stay in your current lane until the line changes to a broken pattern.
π§β2. Broken White Line
π«βMeaning: These are standard dividers for multi-lane roads.
β‘οΈβRule: Lane change permitted. You may cross these lines to change lanes or overtake, provided you have signaled and it is safe to do so.
π§β3. Double Solid Yellow Line
π«βMeaning: These are typically found on two-way roads to separate opposing traffic.
β‘οΈβRule: No overtaking from either side. It is strictly prohibited to cross these lines to pass another vehicle. They act as a "virtual wall" for safety.
π§β4. Broken Yellow Line
π«βMeaning: Used on two-way roads where visibility is clear enough for safe maneuvering.
β‘οΈβRule: Passing allowed with caution. You may cross into the opposing lane to overtake a slower vehicle, but only when the road ahead is clear of oncoming traffic.
π§β5. Zebra Crossing
π«βMeaning: A series of broad white stripes painted across the road.
β‘οΈβRule: This is a pedestrian crossing zone. In many jurisdictions, motorists are legally required to yield or stop for pedestrians who have stepped onto the crossing.
π§β6. Stop Line
π«βMeaning: A thick white transverse bar located at intersections or before traffic signals.
β‘οΈβRule: Vehicles must stop completely behind this line. It ensures that cars do not nose into the intersection, keeping the path clear for cross-traffic and pedestrians.
@etconp
π§β1. Solid White Line
π«βMeaning: This marks the edge of a lane or a separation between lanes moving in the same direction where lane changing is hazardous.
β‘οΈβRule: No lane changing allowed. You must stay in your current lane until the line changes to a broken pattern.
π§β2. Broken White Line
π«βMeaning: These are standard dividers for multi-lane roads.
β‘οΈβRule: Lane change permitted. You may cross these lines to change lanes or overtake, provided you have signaled and it is safe to do so.
π§β3. Double Solid Yellow Line
π«βMeaning: These are typically found on two-way roads to separate opposing traffic.
β‘οΈβRule: No overtaking from either side. It is strictly prohibited to cross these lines to pass another vehicle. They act as a "virtual wall" for safety.
π§β4. Broken Yellow Line
π«βMeaning: Used on two-way roads where visibility is clear enough for safe maneuvering.
β‘οΈβRule: Passing allowed with caution. You may cross into the opposing lane to overtake a slower vehicle, but only when the road ahead is clear of oncoming traffic.
π§β5. Zebra Crossing
π«βMeaning: A series of broad white stripes painted across the road.
β‘οΈβRule: This is a pedestrian crossing zone. In many jurisdictions, motorists are legally required to yield or stop for pedestrians who have stepped onto the crossing.
π§β6. Stop Line
π«βMeaning: A thick white transverse bar located at intersections or before traffic signals.
β‘οΈβRule: Vehicles must stop completely behind this line. It ensures that cars do not nose into the intersection, keeping the path clear for cross-traffic and pedestrians.
@etconp
π7β€6