Programming and Analysis mod 1 Flashcards
Name the three major geo-technical considerations
Water Runoff
Ground Water Table Height
Aquifer Location and height
Name (5) phases that are preformed during programming.
Gathering Data
Establishing Goals
Mapping Functions
Setting Priorities
Researching Requirements
If done correctly, programming should do what?
Clarify the owner’s intentions.
Set a mutually agreed upon direction for the design.
List some of the best ways to research unfamiliar projects.
-Researching case studies
-Visiting existing projects
-Paying for research
-Hiring special cost consultants.
Soil types are classified based on what?
The size of particles of the soil.
How does the level of the water table on the site affect the design of the foundation?
If the water table is located less than 6” below the surface, this is considered high and will limit the foundation design.
A mat slab or pile foundation may be necessary in order to evenly distribute the loads of the building on site.
What is an Aquifer
An Aquifer is a layer of water flowing underground, sometimes referred to as an underground stream.
The presence of an aquifer could supply fresh water to the building, or limit the depth of the foundations
Name 4 soil types and their capacities.
-Bedrock 10,000 psf
-Well graded gravel or sand 3000-12,000 psf
-Compacted sand or fil 2000-3000 psf
Silt or Clay 1000-4000psf
What is a ground water table?
The layer below the surface soil when it is saturated soil. Sometime this water table is 2 feet below the surface, sometimes it is 200 feet below.
The depth of the water table will determine the type of foundation you can use, if you will need expensive waterproofing, or if a basement would even be possible.
What is Programming
Where you identify and organize the architectural, functional, aesthetic, operational, and budgetary needs of the client.
What (4) items should be considered during programming?
- Building function
-Building form
-Project budget
-Project schedule
What is soil load bearing capacity?
Bearing capacity refers to the maximum amount of pressure a foundation soil can bear without harmful settlement.
t/f Programming and Arch design are completely independent of one another
True : During programming the problems of the project are sought out and documented.
design; these problems are discussed and adequate solutions are developed.
Compaction
Compressing to release air trapped between the grain. Creates higher bearing capacity.
Surcharging
Adding soils to a site to increase the weight on the soils and aid in compaction.
Can soil-bearing capacity be increased? how
Soils can increase bearing capacity by fill, compaction, and surcharging.
Name the four different levels of soil.
- Topsoil
-Minerals
-Weathered/Fractured rock
-Solid Bedrock
Which soil type is considered the best to build on?
Bedrock or Gravel.
Why is the location of the frost line important?
The frost line indicates the level where the soil freezes.
The top of footings should be at or below the frost line, which avoids damage to the foundation due to moisture changes throughout the year.
What is a proctor test?
A proctor test is used to calculate the maximum density that is required for the soil on a project site.
This test evaluates the native soils in both dry and wet conditions to determine the potential negative qualities of the soil.
It is preformed by dropping a hammer on a sample of soil several times and then dried for a period of time.
What is a percolation test and when would it be used?
A percolation test evaluates the rate at which soil will absorb water on a site.
This test is necessary for septic draining or leach fields.
45 degrees translates to what percentage of slope?
100% slope as rise over run is 1 to 1 or 1/1
What are 6 strategies to reduce energy use?
-solar panel
-insulation
-insulated windows
-orientation of the building
-light color roof
-efficient light bulbs
describe how to determine the grade or slope of a site.
-g=v/h(100)
g=gradeof slope
v=the rise or vert dist.
h=the horz. run
Multiply by 100 to convert into a percentage.
What are 5 strategies to reduce water use?
- drip irrigation
-low flow toilets
native plants
use graywater
reuse rainwater