Click on the image above to see the study guide
Construction Engineering
Sunday, January 18, 2015
Thursday, December 11, 2014
Monday, December 1, 2014
construction ORQ
https://docs.google.com/a/uxbridge.k12.ma.us/document/d/1CyLqPK1ytvuuRq8tDc-t9w6NfO3EvBXnJ_BTbN06gFw/edit?usp=sharing
Wednesday, November 19, 2014
Roof Framing Unit
Chapter 10 Page 249
Roof Types
Gable Roof
Hip Roof
Dutch Hip Roof
Gambrel Roof
Saltbox Roof
Mansard Roof
Shed Roof
Flat Roof
Chapter 10 Page 249
Roof Types
Gable Roof
Hip Roof
Dutch Hip Roof
Gambrel Roof
Saltbox Roof
Mansard Roof
Shed Roof
Flat Roof
novagutters.com/roofstyles
Roof Members
Common Rafter
Ridge
Hip Rafter
Hip Jack Rafters
Valley Jack Rafter
Collar tie
Lookouts
Headers
http://logfurniturehowto.com/how-to-make-compound-miter-cuts/
Other Roof Terms
Span
Rise
Run
Overhang Tail
Tail Cut
Bird's Mouth
Rafter Run
Gable Dormer
Shed Dormer
Pitch - A ratio of rise to the span of the roof.
Monday, October 27, 2014
Thursday, October 23, 2014
The four Forces the a building must overcome to be stable.
DEFINE THE FOLLOWING
Compression
Tension
Torsion
Shear
Bending is a combination of Compression and Tension
Load
Live Load
Dead Load
Cross Sectional Area
Stress Strain Graph
Elastic Range
Plastic Range
Yield Point
Failure Point
Tensile Strength
Ductile
Brittle
Deformation
Lever
Fulcrum
Load bearing walls and a bit of weight distribution video
EXPERIMENT
Complete the study from WestPoint Bridge Design (Unit 2) to discover the influence of tension and compression on parts of a structure (bridge) The square tubes are like columns or posts in a bridge or structure and the thin strips are like the cables or cross supports on a structure.
1. Read and answer the ten Questions.
2. Use as a reference to create the samples to be tested.
3. Follow the directions for testing the samples
Create the following Samples Create Two of each.
DEFINE THE FOLLOWING
Compression
Tension
Torsion
Shear
Bending is a combination of Compression and Tension
Load
Live Load
Dead Load
Cross Sectional Area
Stress Strain Graph
Elastic Range
Plastic Range
Yield Point
Failure Point
Tensile Strength
Ductile
Brittle
Deformation
Lever
Fulcrum
Load bearing walls and a bit of weight distribution video
EXPERIMENT
Complete the study from WestPoint Bridge Design (Unit 2) to discover the influence of tension and compression on parts of a structure (bridge) The square tubes are like columns or posts in a bridge or structure and the thin strips are like the cables or cross supports on a structure.
1. Read and answer the ten Questions.
2. Use as a reference to create the samples to be tested.
3. Follow the directions for testing the samples
Create the following Samples Create Two of each.
Subscribe to:
Posts (Atom)