Jeopardy.

Slides:



Advertisements
Similar presentations
Space and shell structures
Advertisements

Nature and Man Made Structures. Basic Structural Principles. Basic Structural Systems. Materials and Structures. Frame Structures Evaluation. 3- Structures.
Introduction to Lateral Force Resisting Systems
Engineering Terms Engineers design all structures with enough strength to withstand the force and load that will be placed upon them. Generally loads are.
2. CABLES AND ARCHES.
BRIDGES! July
Introduction to Structural Design
Characteristics of Three Bridge Types
Engineering Terms Engineers design all structures with enough strength to withstand the force and load that will be placed upon them. Generally loads are.
CEA UNIT 3 TERMS & DEFINITIONS. BEAM A structural member, usually horizontal, that carries a load that is applied transverse to its length.
Structural Principles and Landscapes Over Structure GSD 6242 Ecologies, Techniques, Technologies IV Spring 2015Niall Kirkwood FASLA Alistair McIntosh FASLA.
Beams Extremely common structural element
1 MATERIALIZATION …In order to understand architecture, it is important that we should keep in mind the most subtle and powerful principle of all arts:
 Key Learning ◦ Various shaped objects offer different strengths.  Unit Essential Question ◦ Why is it important to know the strengths of various shaped.
Cables. Principal Elements for practical suspension systems Vertical supports or towers Main cables Anchorages Stabilizers.
Structure Strength Lecturer: Professor Stephen T. Thornton.
10 Pure Bending.
 Every bridge ever constructed had the same 4 stresses to overcome.  Tensile Stress- Forces that try to stretch material and pull it apart.  Compression-
There are many types of bridges including:
Chapter 6 Designing Structural Systems. Terminology Structure – a body that will resist external forces without changing its shape, except for that due.
Technologies 1st year ESO
U2-L2 March 11, 2008 QUIZ FRIDAY – Architecture Styles QUIZ WEDNESDAY – Construction Methods.
Bridging the Gap: Building Bridges 101, It Is Time to Get To Work
#1UNIT D A force that acts to stretch and pull apart something.
© 2010 Delmar, Cengage Learning Instructor Resources for Lesson B Building Basics.
STRUCTURE By Simonnett Rosenberg Gabriela Di Lorenzo.
BRIDGES Greenwood Lake Middle School TECHNOLOGY. History of Bridge DevelopmentHistory of Bridge Development How Bridges Work Basic Concepts Types of Bridges.
Frames and Walls Lateral Stability
TOPICS COVERED Building Configuration Response of Concrete Buildings
Static Equilibrium; Elasticity and Fracture
Introduction to Structural Design © 2010 Project Lead The Way, Inc.Civil Engineering and Architecture Architecture has recorded the great ideas of the.
Static Equilibrium; Elasticity and Fracture
Engineering Concepts Chapter 4 Terms. ABUTMENT The part of a structure that directly receives thrust or pressure.
Building Fun You will have 30 minutes to build the strongest structures you can with only the materials you are provided with. Explain to the class the.
Structural Engineering
How Bridges Respond to Loads
STRUCTURAL MEMBERS by Jaime R. Rico.
Static Equilibrium and Elasticity
STRUCTURES. 1. STRENGTH AND STRUCTURES STRENGTH/FORCE: Is all that can deform a body or modify its state of movement or rest. STRUCTURE: is the group.
Bridges 11/12/13. Bellwork  What are the two types of friction?  Static and kinetic friction  Reminder: “Reverse World” assignment due tomorrow!
BEAMS: Beams are structural members that can carry transverse loads which produce bending moments & shear force. Girders: Main load carrying members into.
BRIDGES. History of Bridge Development How Bridges Work Basic Concepts Types of Bridges Concepts Associated with Bridge Engineering Truss Analysis Tips.
BFC (Mechanics of Materials) Chapter 7: Statically Determinate Plane Trusses Shahrul Niza Mokhatar
WHAT IS A STRUCTURE? A structure is something that will support an object or a load. A structure must be strong enough to support its own weight and whatever.
Structures What things do I need to find out in order to predict if what I design will stand up to the use I intend to put it through?
Structural Elements.
BRIDGES. History of Bridge Development How Bridges Work Basic Concepts Types of Bridges Concepts Associated with Bridge Engineering Truss Analysis Tips.
Structural Technology Foundations of Technology Standard 20: Students will develop an understanding of and be able to select and use construction technologies.
Building Construction
8 th Grade Applied Technology Mr. Giannone. In this unit we will study structures and the forces that affect them.
BRIDGES.
Deform -  What it means to change shape.
Chapter 9 Static Equilibrium; Elasticity and Fracture
Bridge design project Quentin Rahimi Period 5.
Basics of Bridges Basic bridge types Beam bridge Arch bridge
How to Handle the Stress part 1
Engineering I Structural Engineering
4 Pure Bending.
Technology I Bridge Building.
Units of Chapter 9 The Conditions for Equilibrium
Equilibrium Of a Rigid Body.
Forces Internal and External.
Structural Stability and Strength
Introduction to Structural Engineering
Figure 12.1  A single force F acts on a rigid object at the point P.
UNIT 5 STRUCTURES.
Bridge Design Tyrus Charley 10/19/16 P7.
4 Pure Bending.
Engineering Terms Engineers design all structures with enough strength to withstand the force and load that will be placed upon them. Generally loads are.
BRIDGE PROJECT Hunter fuller Period 5.
Presentation transcript:

Jeopardy

Category 1 Category 2 Category 3 Category 4 Category 5 €100 €200 €300 €400 €500

Anything capable of deforming a body (static effect), or altering their state of motion or rest (dynamic effect)

Force

Force applied to a structure

Load

The elements of a body whose object is to support the forces applied to the body

Structure

Structures found in nature

Natural Structure

Structures created by humans

Artificial structures

Structure made of layers that wrap the object creating a protective shell

Planar strucutres

Structures made by piling up big amounts of similar materials, such as stones

Mass Structure

Structures consisting of an arrangement of arches, usually forming a ceiling or roof

Vaulted Structure

Structure consisting of triangular shapes that are used to make the structure more stable

Truss structure

Structure having the combination of beams, columns, and slabs to resist the gravity loads. Two types – Rigid and Braced

Frame structure

Structures with horizontal planes supported by cables hung from the parabolic sag of large, high strength steel cables supported by vertical suspenders

Suspension Structure

Spherical shell structures based on a network of polygons

Geodesic dome

Internal forces experienced by a body under the action of external forces

Stress

When forces acting on a body tend to stretch it

Traction or Tension

When forces acting on a body tend to flatten it or reduce its length or thickness

Compression

When forces acting on a body make it curve or bend

Bending

When two forces applied in opposite directions tend to cut the material

Shear

When forces acting on body tend to make it twist

Torsion

Compression resistant material

Concrete

Compression, tension and bending resistant material

Reinforced Concrete

Help create strong, light structures that are very cheap Help create strong, light structures that are very cheap. Examples include: I Beams, Channels, and Taper Flanges

Sections

Cables or braces subjection to traction

Hangers

The ability to recover equilibrium The ability to recover equilibrium. Small perturbations do not cause large movements.

Stability

The point at which all of the weight of an object appears to be concentrated

Center of Gravity

The State that I am from in the United States

Minnesota