SANTOSH PATASKAR
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FUTURE PRIME MINISTER OF INDIA
Haiku Deck is a presentation tool that allows users to create Haiku style slideshows. The tool encourages users to get started making their own Haiku Deck presentations which can be shared on SlideShare. In just a few sentences, it pitches the idea of using Haiku Deck to easily create visual presentations.
TYPES OF FOUNDATION
Foundations are classified into different types based on the material used and the method of construction. The main types are shallow foundations, which include spread footing and combined footing foundations, and deep foundations, which include pile foundations, caisson foundations, and well foundations. Each foundation type has advantages and limitations depending on the soil type and load intensity of the structure.
Types of Retaining walls..
This document discusses four main types of retaining walls for earth retaining structures:
1) Gravity retaining walls which rely on their mass to resist pressure and may have a batter or setback for stability.
2) Cantilevered retaining walls made of reinforced concrete or masonry in an inverted T-shape to cantilever loads to a structural footing.
3) Sheet piling retaining walls made of steel, vinyl or wood planks driven into the ground, often requiring tie-backs for taller walls.
4) Bored pile retaining walls constructed by assembling bored piles and excavating soil, sometimes including anchors, beams and soil improvements.
retaining walls ( word )
This document provides information about retaining walls, including:
1. Definitions of retaining walls and their purpose of retaining soil at slopes greater than the angle of repose.
2. Explanations of the main types of retaining walls - gravity, cantilevered, counterfort, precast concrete, and sheet pile walls.
3. Descriptions of design considerations for retaining walls including soil type, drainage, joints, and the active and passive forces acting on the wall that impact its stability.
Types of Sheet Piles
Galvanized steel sheet and Hoesch sheet pile are available from JD Fields, your premiere sheet piling distributor based in the U.S.!
If you want more information about sheet piling and galvanized steel sheet, Please visit http://goo.gl/EM8h3h
Sheet pile and bulkhead (usefulsearch.org) (useful search)
Sheet pile walls, bulkheads, and cofferdams are retaining structures used for waterfront construction and temporary works.
Sheet pile walls are continuous walls formed by driving interlocking sheet piles into the ground side by side. Bulkheads are sheet pile retaining walls along waterfronts. Cofferdams are enclosed working areas made of waterproof sheet pile walls used to exclude water during construction.
Sheet pile walls are classified based on their material (timber, concrete, steel, aluminum), support condition (cantilever or anchored), and loading scheme. Cantilever walls derive stability from soil resistance alone, while anchored walls use tie rods for additional support. Design involves calculating earth and water pressures to determine the theoretical
Sheet pile (usefulsearch.org) (useful search)
Sheet pile walls are constructed by driving prefabricated sheet pile sections into the ground to form retaining structures for earth and water. Sheet piles have advantages over other materials like high resistance to stresses, light weight, reusability, and long service life above or below water. They are constructed by laying out and interlocking sheet pile sections and driving them into the ground. Disadvantages include the inability to reuse sections permanently and difficulties installing in soils with debris.
Retaining walls (الجدران الاستنادية)-steel sheet piles - sheet piles wall
The document discusses the design of anchored sheet pile walls. It provides steps for designing anchored sheet pile walls in both cohesionless and cohesive soils. For cohesionless soils, it describes how to calculate active and passive earth pressures, determine the embedded depth, and calculate the anchor force and maximum bending moment. For cohesive soils, it similarly describes calculating active and passive pressures, determining the embedded depth through iteration, and sizing the sheet pile. The document also provides an example design for each soil type.
Recommended
FUTURE PRIME MINISTER OF INDIA
Haiku Deck is a presentation tool that allows users to create Haiku style slideshows. The tool encourages users to get started making their own Haiku Deck presentations which can be shared on SlideShare. In just a few sentences, it pitches the idea of using Haiku Deck to easily create visual presentations.
TYPES OF FOUNDATION
Foundations are classified into different types based on the material used and the method of construction. The main types are shallow foundations, which include spread footing and combined footing foundations, and deep foundations, which include pile foundations, caisson foundations, and well foundations. Each foundation type has advantages and limitations depending on the soil type and load intensity of the structure.
Types of Retaining walls..
This document discusses four main types of retaining walls for earth retaining structures:
1) Gravity retaining walls which rely on their mass to resist pressure and may have a batter or setback for stability.
2) Cantilevered retaining walls made of reinforced concrete or masonry in an inverted T-shape to cantilever loads to a structural footing.
3) Sheet piling retaining walls made of steel, vinyl or wood planks driven into the ground, often requiring tie-backs for taller walls.
4) Bored pile retaining walls constructed by assembling bored piles and excavating soil, sometimes including anchors, beams and soil improvements.
retaining walls ( word )
This document provides information about retaining walls, including:
1. Definitions of retaining walls and their purpose of retaining soil at slopes greater than the angle of repose.
2. Explanations of the main types of retaining walls - gravity, cantilevered, counterfort, precast concrete, and sheet pile walls.
3. Descriptions of design considerations for retaining walls including soil type, drainage, joints, and the active and passive forces acting on the wall that impact its stability.
Types of Sheet Piles
Galvanized steel sheet and Hoesch sheet pile are available from JD Fields, your premiere sheet piling distributor based in the U.S.!
If you want more information about sheet piling and galvanized steel sheet, Please visit http://goo.gl/EM8h3h
Sheet pile and bulkhead (usefulsearch.org) (useful search)
Sheet pile walls, bulkheads, and cofferdams are retaining structures used for waterfront construction and temporary works.
Sheet pile walls are continuous walls formed by driving interlocking sheet piles into the ground side by side. Bulkheads are sheet pile retaining walls along waterfronts. Cofferdams are enclosed working areas made of waterproof sheet pile walls used to exclude water during construction.
Sheet pile walls are classified based on their material (timber, concrete, steel, aluminum), support condition (cantilever or anchored), and loading scheme. Cantilever walls derive stability from soil resistance alone, while anchored walls use tie rods for additional support. Design involves calculating earth and water pressures to determine the theoretical
Sheet pile (usefulsearch.org) (useful search)
Sheet pile walls are constructed by driving prefabricated sheet pile sections into the ground to form retaining structures for earth and water. Sheet piles have advantages over other materials like high resistance to stresses, light weight, reusability, and long service life above or below water. They are constructed by laying out and interlocking sheet pile sections and driving them into the ground. Disadvantages include the inability to reuse sections permanently and difficulties installing in soils with debris.
Retaining walls (الجدران الاستنادية)-steel sheet piles - sheet piles wall
The document discusses the design of anchored sheet pile walls. It provides steps for designing anchored sheet pile walls in both cohesionless and cohesive soils. For cohesionless soils, it describes how to calculate active and passive earth pressures, determine the embedded depth, and calculate the anchor force and maximum bending moment. For cohesive soils, it similarly describes calculating active and passive pressures, determining the embedded depth through iteration, and sizing the sheet pile. The document also provides an example design for each soil type.
Sheet pile presentation
Sheet pile design simple way A to Z
students can get satisfaction from here
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Pile Foundation presentation
Master Student Presentation in Eastern Mediterranean University. Construction Technology Course.Pile Foundation Project
Module 3 pile types and construction
Pile types can be classified based on function, material, or construction method. Common pile types include end bearing piles, friction piles, and composite piles made of different materials. Piles are also classified as concrete piles, which can be pre-cast or cast-in-situ, timber piles, steel piles like H-piles or pipe piles, and composite piles combining materials. Construction methods include displacement piles that displace soil during installation and replacement piles that extract soil to form the pile shaft.
Footing design(09.02.03.096)
The document discusses various types of footings used in building foundations. It defines a footing as the lower part of a foundation constructed below ground level on solid ground. The main purposes of footings are to transfer structural loads to the soil over a large area to prevent soil and building movement, and to resist settlement and lateral loads. Common footing types include isolated, strap, strip/continuous, and combined footings. Key data needed for footing design includes soil bearing capacity, structural loads, and column dimensions. The document outlines general design procedures and considerations for spread, combined, strap, and brick footings.
BASIC CIVIL ENGINEERING
This document provides an overview of foundations for civil engineering structures. It defines foundations as the substructure below ground level that supports the superstructure above. Foundations distribute structural loads over a large area of soil to prevent excessive settlement. There are two main types of foundations: shallow foundations, which are less than the width in depth; and deep foundations, which extend deeper. Shallow foundations include isolated footings for columns and combined footings for groups of columns. Deep foundations include pile foundations, which transfer loads using friction or bearing on a hard stratum, and pier foundations. Piles can be made of concrete, steel, or timber and installed using methods like driving, jacking, or drilling.
PILE FOUNDATION-INDIA
This document discusses pile foundations. Piles are structural members made of materials like steel, concrete, or timber that are driven into the ground to support buildings on weak soils. There are two main types of piles: end bearing piles that extend to bedrock, and friction piles that gain support through friction in the soil when no bedrock is present. Pile caps are used to distribute loads from the structure to multiple piles. Reinforcement in the pile cap resists tensile and shear forces. The document provides schematics and comparisons of different pile foundation construction methods.
Different types of pile
This document provides information on pile foundations, including when they are used, their functions, types, and construction methods. Pile foundations are used when the soil at shallow depths does not have adequate bearing capacity. The key points are:
- Pile foundations transmit loads from structures to deeper, stronger soil layers through end bearing, friction, or both.
- They are used when shallow soils cannot support heavy loads, have low bearing capacity, or experience issues like high water levels.
- Piles can be made of concrete, timber, steel, or composites, and are either pre-cast or poured in place. Common types include end bearing, friction, compaction, and anchor piles.
Footing and Its Types
This document discusses different types of footings used in building construction. It describes strip footings, which are continuous strips of concrete under walls. It also discusses raft/mat footings, which are continuous footings that support an entire structure. Finally, it covers isolated/pad footings, which are independent slabs of concrete that support individual columns or piers. The document provides details on when each type of footing would be used based on soil conditions, structural loads, and other factors. It also lists variations of pad footings and references additional resources on foundations.
footing
Footings are structural members that support columns and walls and transmit their loads to the soil. Different types of footings include wall footings, isolated/single footings, combined footings, cantilever/strap footings, continuous footings, rafted/mat foundations, and pile caps. Footings must be designed to safely carry and transmit loads to the soil while meeting code requirements regarding bearing capacity, settlement, reinforcement, and shear strength. A proper footing design involves determining loads, allowable soil pressure, reinforcement requirements, and assessing settlement.
Pile foundation ppt
This document provides information about pile foundations. Pile foundations are used when the soil cannot support building loads and piles are driven deep into the ground until they reach a bearing stratum. Piles can be made of timber, concrete, or steel. They transfer loads from the building to the stronger subsurface layer. The document discusses different types of piles including end bearing and friction piles and explains how pile caps are reinforced to resist tensile and shear forces from heavy loads. Diagrams show how pile foundations are arranged and how piles transmit loads into the ground.
Design Frames manually - Seismic resistance - تصميم الاطارات يدويا - مقاوم...
Design Frames manually - moments resistance to Vertical loads
Foundation
The document provides information on the basics of civil engineering foundations. It discusses the objectives and types of foundations, including shallow foundations like isolated and combined footings, and deep foundations such as pile and pier foundations. Pile foundations can be friction piles or load bearing piles. Factors that determine the size and bearing capacity of foundations are also covered. The document contains diagrams to illustrate foundation components and construction methods.
Types Of Foundation
The document discusses different types of foundations for structures, including shallow and deep foundations. It describes spread footings, mat/raft foundations, piles, piers, and caissons. Spread footings are the most common shallow foundation and involve concrete slabs under columns and load-bearing walls. Mat/raft foundations use a continuous slab to spread loads over a large area, especially for high loads or poor soil. Deep foundations like piles, piers, and caissons extend deeper into the ground to bear loads in stronger soil layers. Piles transfer loads through end bearing or friction, while piers and caissons are constructed by excavating holes and filling with concrete.
Foundation
This document provides an overview of foundations for building construction. It discusses the importance of foundations in distributing building loads to the ground. There are two main types of foundations - shallow foundations and deep foundations. Shallow foundations include spread footings, grillage foundations, raft foundations, stepped foundations, and mat/slab foundations. Deep foundations transfer loads deep into the earth and include drilled caissons, driven piles, and precast concrete piles. Foundation design considers factors like soil type, structural requirements, construction requirements, site conditions, and cost. The document also discusses waterproofing, drainage, and underpinning foundations.
TYPES OF FOUNDATION(PPT)
This document discusses different types of foundations used in construction. It describes pad, strip, raft, and pile foundations. Pad foundations are suitable for most subsoil types and are usually constructed of reinforced concrete. Strip foundations are used for light structures on stable soil. Raft foundations spread loads over a large area for structures on low bearing soils. Pile foundations transmit loads to deeper soils using columns when suitable shallow foundations are not possible. The document also outlines functions of foundations and materials used, namely concrete composed of cement, aggregates, and water.
types of Foundations with animated sketches
This document discusses different types of foundations used to support structures. It begins by stating the objectives are to understand foundation construction, types of foundations, and which are suitable for different soil types. It then defines foundations as the lowest part of a structure below ground that transmits the weight to the subsoil. The main types discussed are shallow foundations, which include wall, column, combined, and mat foundations, and deep foundations, such as pile, under-reamed pile, and well foundations. Specific foundation types like isolated column, combined, mat, pile, under-reamed pile and well foundations are then described in more detail.
Pile foundation
The pile foundation uses piles to support walls, piers, and other structures. Piles can be placed individually or in clusters. Piles are used when loose soil extends to great depths, and transfer structural loads to harder soils below through end bearing and side friction. Common pile materials include timber, steel, and concrete. Piles can be load bearing, transmitting loads through end bearing and side friction, or non-load bearing, used as retaining walls or sheeting. Pile capacity is assessed through field load tests or theoretical calculations based on soil properties.
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Sheet pile presentation
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students can get satisfaction from here
This presentation is very helpful for civil engineering student
Pile Foundation presentation
Master Student Presentation in Eastern Mediterranean University. Construction Technology Course.Pile Foundation Project
Module 3 pile types and construction
Pile types can be classified based on function, material, or construction method. Common pile types include end bearing piles, friction piles, and composite piles made of different materials. Piles are also classified as concrete piles, which can be pre-cast or cast-in-situ, timber piles, steel piles like H-piles or pipe piles, and composite piles combining materials. Construction methods include displacement piles that displace soil during installation and replacement piles that extract soil to form the pile shaft.
Footing design(09.02.03.096)
The document discusses various types of footings used in building foundations. It defines a footing as the lower part of a foundation constructed below ground level on solid ground. The main purposes of footings are to transfer structural loads to the soil over a large area to prevent soil and building movement, and to resist settlement and lateral loads. Common footing types include isolated, strap, strip/continuous, and combined footings. Key data needed for footing design includes soil bearing capacity, structural loads, and column dimensions. The document outlines general design procedures and considerations for spread, combined, strap, and brick footings.
BASIC CIVIL ENGINEERING
This document provides an overview of foundations for civil engineering structures. It defines foundations as the substructure below ground level that supports the superstructure above. Foundations distribute structural loads over a large area of soil to prevent excessive settlement. There are two main types of foundations: shallow foundations, which are less than the width in depth; and deep foundations, which extend deeper. Shallow foundations include isolated footings for columns and combined footings for groups of columns. Deep foundations include pile foundations, which transfer loads using friction or bearing on a hard stratum, and pier foundations. Piles can be made of concrete, steel, or timber and installed using methods like driving, jacking, or drilling.
PILE FOUNDATION-INDIA
This document discusses pile foundations. Piles are structural members made of materials like steel, concrete, or timber that are driven into the ground to support buildings on weak soils. There are two main types of piles: end bearing piles that extend to bedrock, and friction piles that gain support through friction in the soil when no bedrock is present. Pile caps are used to distribute loads from the structure to multiple piles. Reinforcement in the pile cap resists tensile and shear forces. The document provides schematics and comparisons of different pile foundation construction methods.
Different types of pile
This document provides information on pile foundations, including when they are used, their functions, types, and construction methods. Pile foundations are used when the soil at shallow depths does not have adequate bearing capacity. The key points are:
- Pile foundations transmit loads from structures to deeper, stronger soil layers through end bearing, friction, or both.
- They are used when shallow soils cannot support heavy loads, have low bearing capacity, or experience issues like high water levels.
- Piles can be made of concrete, timber, steel, or composites, and are either pre-cast or poured in place. Common types include end bearing, friction, compaction, and anchor piles.
Footing and Its Types
This document discusses different types of footings used in building construction. It describes strip footings, which are continuous strips of concrete under walls. It also discusses raft/mat footings, which are continuous footings that support an entire structure. Finally, it covers isolated/pad footings, which are independent slabs of concrete that support individual columns or piers. The document provides details on when each type of footing would be used based on soil conditions, structural loads, and other factors. It also lists variations of pad footings and references additional resources on foundations.
footing
Footings are structural members that support columns and walls and transmit their loads to the soil. Different types of footings include wall footings, isolated/single footings, combined footings, cantilever/strap footings, continuous footings, rafted/mat foundations, and pile caps. Footings must be designed to safely carry and transmit loads to the soil while meeting code requirements regarding bearing capacity, settlement, reinforcement, and shear strength. A proper footing design involves determining loads, allowable soil pressure, reinforcement requirements, and assessing settlement.
Pile foundation ppt
This document provides information about pile foundations. Pile foundations are used when the soil cannot support building loads and piles are driven deep into the ground until they reach a bearing stratum. Piles can be made of timber, concrete, or steel. They transfer loads from the building to the stronger subsurface layer. The document discusses different types of piles including end bearing and friction piles and explains how pile caps are reinforced to resist tensile and shear forces from heavy loads. Diagrams show how pile foundations are arranged and how piles transmit loads into the ground.
Design Frames manually - Seismic resistance - تصميم الاطارات يدويا - مقاوم...
Design Frames manually - moments resistance to Vertical loads
Foundation
The document provides information on the basics of civil engineering foundations. It discusses the objectives and types of foundations, including shallow foundations like isolated and combined footings, and deep foundations such as pile and pier foundations. Pile foundations can be friction piles or load bearing piles. Factors that determine the size and bearing capacity of foundations are also covered. The document contains diagrams to illustrate foundation components and construction methods.
Types Of Foundation
The document discusses different types of foundations for structures, including shallow and deep foundations. It describes spread footings, mat/raft foundations, piles, piers, and caissons. Spread footings are the most common shallow foundation and involve concrete slabs under columns and load-bearing walls. Mat/raft foundations use a continuous slab to spread loads over a large area, especially for high loads or poor soil. Deep foundations like piles, piers, and caissons extend deeper into the ground to bear loads in stronger soil layers. Piles transfer loads through end bearing or friction, while piers and caissons are constructed by excavating holes and filling with concrete.
Foundation
This document provides an overview of foundations for building construction. It discusses the importance of foundations in distributing building loads to the ground. There are two main types of foundations - shallow foundations and deep foundations. Shallow foundations include spread footings, grillage foundations, raft foundations, stepped foundations, and mat/slab foundations. Deep foundations transfer loads deep into the earth and include drilled caissons, driven piles, and precast concrete piles. Foundation design considers factors like soil type, structural requirements, construction requirements, site conditions, and cost. The document also discusses waterproofing, drainage, and underpinning foundations.
TYPES OF FOUNDATION(PPT)
This document discusses different types of foundations used in construction. It describes pad, strip, raft, and pile foundations. Pad foundations are suitable for most subsoil types and are usually constructed of reinforced concrete. Strip foundations are used for light structures on stable soil. Raft foundations spread loads over a large area for structures on low bearing soils. Pile foundations transmit loads to deeper soils using columns when suitable shallow foundations are not possible. The document also outlines functions of foundations and materials used, namely concrete composed of cement, aggregates, and water.
types of Foundations with animated sketches
This document discusses different types of foundations used to support structures. It begins by stating the objectives are to understand foundation construction, types of foundations, and which are suitable for different soil types. It then defines foundations as the lowest part of a structure below ground that transmits the weight to the subsoil. The main types discussed are shallow foundations, which include wall, column, combined, and mat foundations, and deep foundations, such as pile, under-reamed pile, and well foundations. Specific foundation types like isolated column, combined, mat, pile, under-reamed pile and well foundations are then described in more detail.
Pile foundation
The pile foundation uses piles to support walls, piers, and other structures. Piles can be placed individually or in clusters. Piles are used when loose soil extends to great depths, and transfer structural loads to harder soils below through end bearing and side friction. Common pile materials include timber, steel, and concrete. Piles can be load bearing, transmitting loads through end bearing and side friction, or non-load bearing, used as retaining walls or sheeting. Pile capacity is assessed through field load tests or theoretical calculations based on soil properties.
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SANTOSH PATASKAR
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