Tecnologia Manuel y Ramon
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The document discusses different types of structures and forces that act on them. It describes common structures like frame, shell, arch, and suspension structures. Frame structures are the most common and use long structural elements. Shell structures have a thin outer layer that maintains the required shape. Arch structures were invented by the Romans and have a keystone stone at the top. The document also discusses mass structures, which are made of low quality materials and held in place by their own weight, as well as mixed structures that combine different types. It then outlines forces like tension, compression, shear, torsion, and bending that can act on structural elements.
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The document discusses different types of structures including frame structures, shell structures, arch structures, mass structures, and suspension structures. It also covers structural elements, types of unions between elements, and common forces acting on structural elements like tension, compression, shear, torsion, and bending.
Structures
The document discusses different types of structures including frame, shell, arch, mass, suspension, and mixed structures. It describes the key characteristics of each type. Frame structures are composed of joined tubes or bars and are lightweight but cannot withstand large loads. Shell structures have a thin outer layer surrounding an empty or filled space with forces spread throughout. Arches use their own weight to displace forces to the sides. Mass structures simply use clumped materials filled the entire body. Suspension structures hold elements with cables from top columns. The document also discusses structural elements, types of unions between elements, and forces on elements including tension, compression, shear, torsion, and bending.
Powerpointjuju
Structures are groups of elements joined together to support loads with stability. There are five main types of structures: frame, shell, arch, mass, and suspension. Frame structures are the most common, composed of long elements joined at the ends, while shell structures use a thin outer layer to spread forces throughout. Arch structures were invented by Romans and use geometry to spread forces to the sides. Mass structures use piled materials for stability, and suspension structures hold elements with cables from tall columns, making them suitable for large bridges.
Strucures
Structures are groups of elements united to support loads with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
Strucures
Structures are groups of elements united to support a load with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
structures and forces
The document discusses different types of bridge structures and their characteristics. It also defines key structural engineering terms.
1. Arch bridges distribute weight across supports on both sides through an arched structure. Beam bridges have two supports at each end, while truss bridges use triangular frames to provide strength while remaining lightweight.
2. Suspension bridges hang from cables anchored into towers and concrete supports. Solid structures are made from one solid piece of strong material, while frame structures use rigidly connected parts. Shell structures have a solid outer surface that can be rounded or flat.
3. The document defines structural engineering terms like shear, tension, and compression - describing the directional forces they apply to objects.
Lippy
The document discusses different types of bridge structures and their characteristics. It also defines key structural engineering terms.
1. Arch bridges distribute weight across supports on both sides through an arched structure. Beam bridges have two supports at each end, while truss bridges use triangular frames to provide strength while remaining lightweight.
2. Suspension bridges hang from cables anchored into towers and concrete supports. Solid structures are made from one solid piece of strong material, while frame structures use connected parts to form a rigid shape like a skeleton. Shell structures have a solid outer surface that can be rounded or flat.
3. The document defines structural forces like shear, tension, and compression and how they act on different types of structures.
Structures presentation
This document provides information on loads, structures, and their design. It discusses:
- Types of loads structures must support, like fixed loads from walls/roofs and variable loads from people/furniture.
- Functions of structures like supporting loads, resisting forces, providing shape and protection.
- Types of structures including frames, shells, massive, latticed, triangulated and suspended.
- Efforts structures must withstand like tension, compression, shear, bending and torsion. Basic structural elements and how materials and shapes influence a structure's resistance.
- Factors like rigidity, stability, center of gravity, anchoring and triangulation that determine a structure's ability to withstand loads
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La tenknolojiaaah!!!!!c
The document discusses different types of structures including frame structures, shell structures, arch structures, mass structures, and suspension structures. It also covers structural elements, types of unions between elements, and common forces acting on structural elements like tension, compression, shear, torsion, and bending.
Structures
The document discusses different types of structures including frame, shell, arch, mass, suspension, and mixed structures. It describes the key characteristics of each type. Frame structures are composed of joined tubes or bars and are lightweight but cannot withstand large loads. Shell structures have a thin outer layer surrounding an empty or filled space with forces spread throughout. Arches use their own weight to displace forces to the sides. Mass structures simply use clumped materials filled the entire body. Suspension structures hold elements with cables from top columns. The document also discusses structural elements, types of unions between elements, and forces on elements including tension, compression, shear, torsion, and bending.
Powerpointjuju
Structures are groups of elements joined together to support loads with stability. There are five main types of structures: frame, shell, arch, mass, and suspension. Frame structures are the most common, composed of long elements joined at the ends, while shell structures use a thin outer layer to spread forces throughout. Arch structures were invented by Romans and use geometry to spread forces to the sides. Mass structures use piled materials for stability, and suspension structures hold elements with cables from tall columns, making them suitable for large bridges.
Strucures
Structures are groups of elements united to support loads with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
Strucures
Structures are groups of elements united to support a load with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
structures and forces
The document discusses different types of bridge structures and their characteristics. It also defines key structural engineering terms.
1. Arch bridges distribute weight across supports on both sides through an arched structure. Beam bridges have two supports at each end, while truss bridges use triangular frames to provide strength while remaining lightweight.
2. Suspension bridges hang from cables anchored into towers and concrete supports. Solid structures are made from one solid piece of strong material, while frame structures use rigidly connected parts. Shell structures have a solid outer surface that can be rounded or flat.
3. The document defines structural engineering terms like shear, tension, and compression - describing the directional forces they apply to objects.
Lippy
The document discusses different types of bridge structures and their characteristics. It also defines key structural engineering terms.
1. Arch bridges distribute weight across supports on both sides through an arched structure. Beam bridges have two supports at each end, while truss bridges use triangular frames to provide strength while remaining lightweight.
2. Suspension bridges hang from cables anchored into towers and concrete supports. Solid structures are made from one solid piece of strong material, while frame structures use connected parts to form a rigid shape like a skeleton. Shell structures have a solid outer surface that can be rounded or flat.
3. The document defines structural forces like shear, tension, and compression and how they act on different types of structures.
Structures presentation
This document provides information on loads, structures, and their design. It discusses:
- Types of loads structures must support, like fixed loads from walls/roofs and variable loads from people/furniture.
- Functions of structures like supporting loads, resisting forces, providing shape and protection.
- Types of structures including frames, shells, massive, latticed, triangulated and suspended.
- Efforts structures must withstand like tension, compression, shear, bending and torsion. Basic structural elements and how materials and shapes influence a structure's resistance.
- Factors like rigidity, stability, center of gravity, anchoring and triangulation that determine a structure's ability to withstand loads
structures
The document discusses different types of bridges and structures. It defines arch bridges as bridges supported by an arch or series of arches. Suspension bridges have roadways hung from cables between tall towers. Truss bridges are supported by trusses to carry heavy loads without collapsing. Beam bridges are the most common type of bridge, supported by one or more beams. Solid structures rely on their own mass to resist forces, while frame structures gain strength from joined components forming triangles. Shell structures have a solid outer surface and hollow inner area.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends, shell structures use a thin outer layer to surround a volume, and arch structures use semicircular arches. Mass structures are simply made of compacted materials filling the entire body, while suspension structures hold elements with cables anchored from tall columns. All structural elements must withstand various forces like tension, compression, shear, torsion, and bending to avoid collapsing.
Structures
There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends and are commonly used due to their strength, ease of building, and low cost, though they are not suitable for large loads. Shell structures form a thin outer layer surrounding a volume, like eggshells or balloons. Arch structures, invented by Romans, transfer force through their semicircular shape to the sides. Mass structures simply fill a space with low quality materials but are thick, like mountains. Suspension structures hold elements with cables from a tall column and are good for large spans but expensive. Forces on structures include tension, compression, shear, torsion, and
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This document discusses different types of structures and structural elements. It describes frame structures which have a skeleton framework and shell structures which rely on their molded shape for strength. It defines structural members, loads, and different types of forces including tension, compression, shear, torsion, and bending. It also outlines common structural elements such as beams, bridges, cantilevers, columns, ties, struts, and triangulation and provides examples of each. Finally, it notes some ways structures can impact the environment, both positively and negatively.
Structures
This document discusses different types of structures and structural elements. It begins by defining a structure as the part of an object that keeps its parts joined and in position. It then classifies structures into three main types - massive, casing/shell, and framework. For each type, it provides examples. It also discusses common structural elements like arches, trusses, girders and beams. It explains the six fundamental structural stresses of tension, compression, bending, shear, torsion and buckling. In closing, it provides some activities for analyzing structures.
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An arch is a structure that spans an opening and supports weight by resolving forces into compression. Key elements include voussoirs, the wedge-shaped stones that form the arch, and the keystone at the top. Arches fail through crushing, sliding of stones, or uneven settlement. A dome is similar to an inverted arch that resembles half a sphere. Domes channel forces into compression through their curved shape. Common dome types include simple and compound designs.
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The document discusses different types of lintels and arches used in building construction. It describes lintels as horizontal structural members placed across openings to support the structure above. Various lintel materials include timber, stone, brick, reinforced brick, steel, and reinforced concrete. Arches are structures that span openings and support weight below through arch action. Key arch types include flat, semi-circular, segmental, relieving, parabolic, and others defined by their geometric shape. Arches are classified based on materials like brick, stone, concrete, metal and wood. Factors in arch construction and methods to prevent arch failure are also summarized.
Arches
This document discusses arches and their elements. It defines key terms like intrados, extrados, voussoirs, crown, and springing line. It describes how arches transmit loads through compression between wedge-shaped units. Arches are classified by their shape (flat, segmental, semicircular), number of centers (one-centered, two-centered), and construction material (stone, brick, concrete). Common arch types include flat arches, segmental arches, semicircular arches, and pointed Gothic arches.
Structures
There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends and are commonly used due to their strength, ease of building, and low cost, though they are not suitable for large loads. Shell structures form a thin outer layer surrounding a volume, like eggshells or balloons. Arch structures, invented by Romans, transfer forces to the sides through their semicircular shape. Mass structures simply fill a body with low quality materials like mountains or dams. Suspension structures hold elements with cables from a tall column and are good for large spans but expensive. Structural elements must withstand various forces like tension, compression, shear, torsion
Powerpoint
Structures are groups of elements joined together to support loads stably. There are five main types: frame, shell, arch, mass, and suspension. Frame structures are composed of long elements joined at the ends, forming an open structure. Shell structures use a thin material to form an enclosed shape containing an empty or filled volume. Arch structures spread forces outward from a central point through their semicircular shape. Mass structures use a solid filling of material to support weight. Suspension structures hold elements with cables anchored from tall columns, spanning large distances.
Structures
There are six main types of structures: frame, shell, arch, mix-and-match, mass, and suspension. Frame structures are composed of long elements joined at the ends. Shell structures have a thin outer layer surrounding an empty or filled volume. Arches can be semicircular and were commonly made of stone in Roman times. Mix-and-match structures combine different structural elements. Mass structures are thick and made of clumped materials. Suspension structures hold beams from tall columns using cables.
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The document discusses different types of structures including frame structures, shell structures, arch structures, mass structures, and suspension structures. It also covers structural elements, types of unions between elements, and common forces acting on structural elements like tension, compression, shear, torsion, and bending.
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Structures are groups of elements united to support a load with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space in between to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
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The document discusses different types of structures and structural elements. It describes structures as groups of elements that support loads with stability. The main types of structures are frames, shells, arches, masses, and suspensions. Frame structures are made of long connecting elements like bars and tubes. Shell structures have a thin outer layer, like car bodies. Arch structures leave space underneath and allow things to pass through. Masses are simply filled with material. Suspension structures hold elements with cables from tall columns. Structural elements include foundations, columns, beams, and primary beams. Unions can be permanent or allow disassembly. Forces on elements include tension, compression, shear, torsion, and bending.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends, shell structures use a thin outer layer to surround a volume, and arch structures use a semicircular shape. Mass structures are simply made of solid clumped materials while suspension structures hold elements with cables from tall columns. All structural elements must withstand various forces like tension, compression, shear, torsion, and bending to avoid collapsing.
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The document discusses different types of structures including frame, shell, arch, mass, suspension, and mix and match structures. It describes structural elements like foundations and columns. There are two types of structural unions: permanent and non-permanent. Forces on structures include tension, compression, shear, torsion, and bending. Frame structures are composed of long elements joined together. Shell structures have a thin outer layer surrounding an empty or filled volume. Arches were invented by Romans using a keystone.
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The document discusses different types of structures and their characteristics. It describes frame, shell, arch, mass, and suspension structures. Frame structures are made of strong materials and support loads in one part. Shell structures have a thin outer layer that spreads loads through the whole structure. Arch structures are very strong and use their own weight to displace forces to the sides. Mass structures are made of solid materials and are held in place by their own weight but are heavy. Suspension structures hold elements with cables from a top column and are good for large spans but expensive. It also outlines common structural elements and forces like tension, compression, shear, torsion, and bending.
Trabajo tecnologia
The document discusses different types of structures and their characteristics. It describes frame, shell, arch, mass, and suspension structures. Frame structures are made of strong materials and support loads in one part. Shell structures have a thin outer layer that spreads loads through the whole structure. Arch structures are very strong and use their own weight to displace forces to the sides. Mass structures are made of solid materials and are held in place by their own weight but are heavy. Suspension structures hold elements with cables from a top column and are good for large spans but expensive. It also outlines common structural elements and forces like tension, compression, shear, torsion, and bending.
Structures
The document discusses different types of structures and their characteristics. It describes frame structures as the most common type, composed of long elements joined together. Shell structures are made of a thin outer layer and can be empty or filled. Arches were invented by Romans, with the semicircular arch being most used, supported by a keystone stone at the top. Mass structures are simply made of clumped material and are normally thick, with mountains and coral reefs as natural examples. Suspension structures hold elements with cables from the top of tall columns, with the space between columns called the span.
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The document discusses different types of bridges and structures. It defines arch bridges as bridges supported by an arch or series of arches. Suspension bridges have roadways hung from cables between tall towers. Truss bridges are supported by trusses to carry heavy loads without collapsing. Beam bridges are the most common type of bridge, supported by one or more beams. Solid structures rely on their own mass to resist forces, while frame structures gain strength from joined components forming triangles. Shell structures have a solid outer surface and hollow inner area.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends, shell structures use a thin outer layer to surround a volume, and arch structures use semicircular arches. Mass structures are simply made of compacted materials filling the entire body, while suspension structures hold elements with cables anchored from tall columns. All structural elements must withstand various forces like tension, compression, shear, torsion, and bending to avoid collapsing.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends and are commonly used due to their strength, ease of building, and low cost, though they are not suitable for large loads. Shell structures form a thin outer layer surrounding a volume, like eggshells or balloons. Arch structures, invented by Romans, transfer force through their semicircular shape to the sides. Mass structures simply fill a space with low quality materials but are thick, like mountains. Suspension structures hold elements with cables from a tall column and are good for large spans but expensive. Forces on structures include tension, compression, shear, torsion, and
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This document discusses different types of structures and structural elements. It describes frame structures which have a skeleton framework and shell structures which rely on their molded shape for strength. It defines structural members, loads, and different types of forces including tension, compression, shear, torsion, and bending. It also outlines common structural elements such as beams, bridges, cantilevers, columns, ties, struts, and triangulation and provides examples of each. Finally, it notes some ways structures can impact the environment, both positively and negatively.
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This document discusses different types of structures and structural elements. It begins by defining a structure as the part of an object that keeps its parts joined and in position. It then classifies structures into three main types - massive, casing/shell, and framework. For each type, it provides examples. It also discusses common structural elements like arches, trusses, girders and beams. It explains the six fundamental structural stresses of tension, compression, bending, shear, torsion and buckling. In closing, it provides some activities for analyzing structures.
Arches and Dome
An arch is a structure that spans an opening and supports weight by resolving forces into compression. Key elements include voussoirs, the wedge-shaped stones that form the arch, and the keystone at the top. Arches fail through crushing, sliding of stones, or uneven settlement. A dome is similar to an inverted arch that resembles half a sphere. Domes channel forces into compression through their curved shape. Common dome types include simple and compound designs.
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This document discusses different types of lintels and arches used in building construction. It defines a lintel as a horizontal beam over an opening that carries the weight above it. Lintels are classified by material - timber, stone, brick, steel, and reinforced concrete. Stone lintels are most common and can span up to 2 meters. Reinforced concrete lintels have replaced other types due to strength, fire resistance, and ease of construction. Arches are curved structures that support weight above an opening. Key terms related to arches include intrados, extrados, voussoirs, crown, spandril, abutment, and pier.
Lintels and arches
The document discusses different types of lintels and arches used in building construction. It describes lintels as horizontal structural members placed across openings to support the structure above. Various lintel materials include timber, stone, brick, reinforced brick, steel, and reinforced concrete. Arches are structures that span openings and support weight below through arch action. Key arch types include flat, semi-circular, segmental, relieving, parabolic, and others defined by their geometric shape. Arches are classified based on materials like brick, stone, concrete, metal and wood. Factors in arch construction and methods to prevent arch failure are also summarized.
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This document discusses arches and their elements. It defines key terms like intrados, extrados, voussoirs, crown, and springing line. It describes how arches transmit loads through compression between wedge-shaped units. Arches are classified by their shape (flat, segmental, semicircular), number of centers (one-centered, two-centered), and construction material (stone, brick, concrete). Common arch types include flat arches, segmental arches, semicircular arches, and pointed Gothic arches.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends and are commonly used due to their strength, ease of building, and low cost, though they are not suitable for large loads. Shell structures form a thin outer layer surrounding a volume, like eggshells or balloons. Arch structures, invented by Romans, transfer forces to the sides through their semicircular shape. Mass structures simply fill a body with low quality materials like mountains or dams. Suspension structures hold elements with cables from a tall column and are good for large spans but expensive. Structural elements must withstand various forces like tension, compression, shear, torsion
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Structures are groups of elements joined together to support loads stably. There are five main types: frame, shell, arch, mass, and suspension. Frame structures are composed of long elements joined at the ends, forming an open structure. Shell structures use a thin material to form an enclosed shape containing an empty or filled volume. Arch structures spread forces outward from a central point through their semicircular shape. Mass structures use a solid filling of material to support weight. Suspension structures hold elements with cables anchored from tall columns, spanning large distances.
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There are six main types of structures: frame, shell, arch, mix-and-match, mass, and suspension. Frame structures are composed of long elements joined at the ends. Shell structures have a thin outer layer surrounding an empty or filled volume. Arches can be semicircular and were commonly made of stone in Roman times. Mix-and-match structures combine different structural elements. Mass structures are thick and made of clumped materials. Suspension structures hold beams from tall columns using cables.
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Structures are groups of elements united to support a load with stability. There are different types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined together, leaving empty space in between to support loads. Shell structures surround a volume using a thin outer material. Arch structures use geometry to displace forces to the sides. Mass structures are simply made of clumped materials. Suspension structures hold elements with cables from a tall column, making them suitable for large bridges.
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The document discusses different types of structures and structural elements. It describes structures as groups of elements that support loads with stability. The main types of structures are frames, shells, arches, masses, and suspensions. Frame structures are made of long connecting elements like bars and tubes. Shell structures have a thin outer layer, like car bodies. Arch structures leave space underneath and allow things to pass through. Masses are simply filled with material. Suspension structures hold elements with cables from tall columns. Structural elements include foundations, columns, beams, and primary beams. Unions can be permanent or allow disassembly. Forces on elements include tension, compression, shear, torsion, and bending.
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There are several types of structures including frame, shell, arch, mass, and suspension structures. Frame structures are composed of long elements joined at the ends, shell structures use a thin outer layer to surround a volume, and arch structures use a semicircular shape. Mass structures are simply made of solid clumped materials while suspension structures hold elements with cables from tall columns. All structural elements must withstand various forces like tension, compression, shear, torsion, and bending to avoid collapsing.
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The document discusses different types of structures and their characteristics. It describes frame, shell, arch, mass, and suspension structures. Frame structures are made of strong materials and support loads in one part. Shell structures have a thin outer layer that spreads loads through the whole structure. Arch structures are very strong and use their own weight to displace forces to the sides. Mass structures are made of solid materials and are held in place by their own weight but are heavy. Suspension structures hold elements with cables from a top column and are good for large spans but expensive. It also outlines common structural elements and forces like tension, compression, shear, torsion, and bending.
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The document discusses different types of structures and their characteristics. It describes frame structures as the most common type, composed of long elements joined together. Shell structures are made of a thin outer layer and can be empty or filled. Arches were invented by Romans, with the semicircular arch being most used, supported by a keystone stone at the top. Mass structures are simply made of clumped material and are normally thick, with mountains and coral reefs as natural examples. Suspension structures hold elements with cables from the top of tall columns, with the space between columns called the span.
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This document provides information on loads, structures, and their design. It discusses:
- Types of loads structures must support, like fixed loads from walls/roofs and variable loads from people/furniture.
- Functions of structures like supporting loads, resisting forces, providing shape and protection.
- Types of structures including frames, shells, massive, latticed, triangulated and suspended.
- Efforts structures must withstand like tension, compression, shear, bending and torsion. Basic structural elements and how materials and shapes influence a structure's resistance.
- Factors like rigidity, stability, center of gravity, anchoring and triangulation that determine a structure's ability to withstand loads
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Shell structures are lightweight curved constructions made of thin shell elements like plates. There are different types of shell structures including concrete shell structures formed as domes or bridges, lattice shell structures like geodesic domes, and membrane structures made of fabric or tensile materials. Shells can be non-developable surfaces that are doubly curved, like synclastic domes with similar curvature, or anticlastic surfaces with opposite curvature. Developable barrel shells have a single curvature and act like beams. Shell structures provide advantages of light weight and large spans but also challenges with formwork accuracy.
Forces
This document provides information about different shapes used in structures and how they respond to loads. Rectangles bend and fail under heavy loads, while arches and triangles perform better up to a point. Arches spread apart when overloaded, and triangles eventually snap under too much tension. Bracing helps reinforce structures by resisting bending and spreading forces. The shape of a structure significantly impacts its strength and stability.
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2a. structures, compression, torsion, shear, bending, tension, stress & ...
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The document discusses different types of structures and forces that act on them. It describes common structural types such as frame, shell, arch, and suspension structures. Frame structures are the most common and use long structural elements. Shell structures have a thin outer layer that maintains the required shape. Arch structures were invented by the Romans and have a keystone stone at the top. The document also discusses mass structures, which are made of low quality materials and held in place by their own weight, as well as mixed structures that combine different types. It then outlines forces that act on structural elements such as tension, compression, shear, torsion, and bending.
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Tecnologia Manuel y Ramon
- 2. TYPES OF STRUCTURES • Frame Structures • Shell Structures • Arch Structures • Mix and Match • Mass Structures • Suspension Structures
- 4. These structures are composed of long elements.
- 6. They are like a strong and hard coat that maintains the require shape
- 8. The stone at the very top is called the keystone
- 11. The structure is normally thick.
- 12. Advantage: Held in place by its own weight.
- 13. Disadvantage : Heavy need much material.
- 15. Are often best for bridges.
- 16. Good for covering a very large span.
- 18. They are meant for structures that will not needed to be disassembled.
- 20. Are those designed to assemble and disassemble the element of structures .
- 21. Nuts, bolts, clamps, friction...
- 24. Shear strain
- 25. Torsion forces
- 26. Bending forces
- 28. It can be due to forces
- 31. A good example are when we cut with the scissors
- 34. BY: Manuel Folgado and Ramón Barrabés