Project Planning & Design 2 Flashcards

1
Q

What is the difference between recycled and reclaimed material?

A

Recycling materials uses less energy than producing virgin (new) materials. Although many materials can be recycled, commonly recycled materials include: metals, glass, and plastic.

Reclaimed materials avoid the need for recycling. Instead, they are simply salvaged, cleaned up and used over again.

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2
Q

What site issues will be affected by the zoning code?

A

Building type (residential, commercial, industrial, etc.)

Allowable building heights.

Any required setbacks from property lines, rights-of-ways, streets and sidewalks.

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3
Q

When and why was the first zoning code introduced?

A

The need for zoning began with the growth of our cities in the late 19th and early 20th Centuries when it quickly became clear that cities like New York would soon have streets with limited access to light and air.

The first modern zoning code was introduced in New Your City in 1916. As the buildings grew taller and taller, the lack of access to sunlight and air threatened the surrounding property values. While earlier covenants and restrictions had been used for residential development, zoning addresses all land development.

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4
Q

Identify four purposes for the development of a zoning code.

A
  • Protect local residents from undesirable types of business.
  • Protect the access to direct sunlight and fresh air.
  • Protect the amount of open space for local residents.
  • Ensure incompatible types of building uses do not disturb residents (ie: putting a loud factory next to a quiet library).
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5
Q

What is “non-conforming use” and when would this term apply?

A

Any good zoning code must also allow for buildings that may have been permitted or allowed when built, but now no longer comply with the current zoning regulations. This is called a “non-conforming use” and is often described as a building being “grandfathered in.”

An example of this would be an industrial factory building built in 1920, but today is in an area marked for residential or commercial zoning. In this case, the factory could be able to continue operating in that location.

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6
Q

Describe a “conditional use permit.”

A

If you wish to build or use a building for a purpose not granted in the zoning code, you can apply for a “conditional use permit.” This grants you the ability to use the building for your proposed use, even though the zoning code normally would not allow it.

This use is typically granted with certain restrictions and may not be transferable to a new owner.

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7
Q

How does a variance affect the zoning code applicable to a particular site?

A

Since, by its very nature, a zoning code places general requirements over an entire area, the unique needs for each individual property sometimes requires an exception called a “variance.”

A variance is a request to break from some of the requirements of zoning (maximum height, minimum setbacks, etc.), because complying with these requirements would create financial hardship or practical construction challenges.

For example, the local zoning code requires your building to be no more than 30 feet in height, but your property is on a steeply sloping street and needs additional height to work. In this case, you could apply for a variance to exceed the height limitation. Variance requests are often overheard by a Zoning Board or Planning Commission.

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8
Q

What is the main intent and purpose of building codes?

A

In the broadest sense, building codes are design to protect the health, safety and welfare of the occupants.

As such, codes are set requirements for life safety issues such as: fire protection (sprinklers, fireproofing) or egress requirements (hallway width, stairwell layout, etc.).

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9
Q

Name five items the building department will review for during the plan check process.

A
  • Construction standards of care (nailing patterns, connections);
  • Structural and seismic requirements (shear walls, bolting, lateral forces);
  • Hurricane requirements (impact strength, roof shingle attachment);
  • Accessibility Guidelines (wheelchair ramps, handrails);
  • Safety (guardrails, stair nosing);
  • Health standards (ventilation, fresh air needs);
  • Sanitation requirements (pipe locations and size, water supply);
  • Assembly (room location and sizes);
  • Electrical (wiring safety, outlet locations, circuit breakers);
  • Fireplace requirements (smoke dampers, ventilation requirements, glass doors)
  • Energy efficiency requirements (minimum insulation, window sizes, orientation)
  • Water efficiency requirements (low flow toilets, plumbing flow rates);
  • Egress and exiting requirements (exit signage, hallway length & width);
  • Fire protection (sprinklers, smoke/fire dampers, standpipes)
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10
Q

What US city has adopted and uses its own building code?

A

The City of Chicago remains the only municipality in the US that continues to use a building code they developed on their own (Municipal Code of Chicago).

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11
Q

What are four standardized national codes used to create the building codes adopted by municipalities?

A

1) Uniform Building Code (UBC)
2) Building Officials Code Administrators (BOCA)
3) International Conference of Building Officials (ICBO)
4) Southern Building Code Congress International (SBCCI)

The International Building Code (IBC): is new and first produced in 2000 by the International Code Council (ICC). It combines the three model building codes published by BOCA, ICBO and SBCCI.

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12
Q

How can the concept of “non-conforming use” either benefit or hinder the design of a site?

A

Any good zoning code must also allow for buildings that may have been permitted or allowed when built, but now no longer comply with the current zoning regulations.

This is called a “non-conforming use” and is often described as a building being “grandfathered in.”

An example of this would be an industrial factory being built in 1920, but today is in an area marked for residential or commercial zoning.

In this case, the factory could be able to continue operating in that location.

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13
Q

In zoning terms, what is the purpose of building setbacks?

A

Setbacks were created in order to ensure buildings have access to light and air.

Setbacks are standards that the building “sets back” from the property line by a certain amount.

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14
Q

Describe how to calculate the FAR of your site.

A

The ratio of the allowable floor area in relation to the size of the property. An FAR of 2.0 would mean that you are allowed to build twice the lot area.

For example, if a zoning ordinance requires a site to have a 0.5 FAR, then the total area of all floors in all buildings constructed on the site may not exceed half the are of the site itself.

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15
Q

What building spaces are sometimes allowed to fall outside of zoning height restrictions.

A

Penthouses, fan rooms, and skylights are sometimes allowed to exceed height restrictions.

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16
Q

Describe a Prescriptive Code.

A

A code that specifies specific techniques, materials, and methods allowed for use.

Simple to administer, but the specific code allows for no innovation.

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17
Q

What is a Performance Code and how does it differ from a Prescriptive Code?

A

A code that describes functional requirements that meet a certain standard, allowing the architect to find ways to meet those standards.

The open nature of the code promotes innovation whereas a prescriptive code does not.

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18
Q

Name the 10 occupancy groups found in most building codes.

A
(A) Assembly
(B) Business
(E) Educational
(F) Factory & Industrial
(H) High Hazard
(I) Institutional
(M) Mercantile
(R) Residential
(S) Storage
(U) Utility & Miscellaneous
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19
Q

How does the construction type constrict the design of a building/site?

A

Classified according to degree of Fire resistance, determined by the fire zone it is located in and intended use, influences the height, floor area, and materials.

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20
Q

How is type of construction classified?

A

Type of construction is classified according to the degree of fire resistance, determined by the fire zone it is located in. The intended use influences the height, floor area and materials.

21
Q

What are the Occupancy Group Classifications for: Assembly, Educational, High Hazard, Mercantile, Storage?

A
Assembly: A
Educational: E
High Hazard: H
Mercantile: M
Storage: S
22
Q

What are the Occupancy Group Classifications for: Business, Factory & Industrial, Institutional, Residential, Utility & Miscellaneous?

A
Business: B
Factory & Industrial: F
Institutional: I
Residential: R
Utility & Miscellaneous: U
23
Q

What are the 5 Types of Construction?

A

Type I - FIRE RESISTIVE: concrete or protected steel. Typically found in high-rise buildings.

Type II - NON-COMBUSTIBLE: reinforced masonry with metal framing at roof. Typically found in mid-rise office building.

Type III - COMBUSTIBLE: also called “ordinary” using brick, block or light gauge steel framing walls with wood framing at roof. Typically found in low-rise, schools, hotels, offices.

Type IV - HEAVY TIMBER: also called “Mill” construction, wood must be nominally 8” or larger. Typically found in warehouse buildings.

Type V - WOOD FRAME: used on apartment buildings and single-family homes.

24
Q

What are the 5 steps for a building code analysis?

A

1) Determine the Occupancy Group and Load.
2) Identify the Fire Areas and Separation Requirements.
3) Identify the Type of Construction.
4) Determine the Means of Egress.
5) Determine the System Requirements.

25
Q

In regards to life safety, what are high-rise buildings required to have?

A
  • Automatic sprinkler system;
  • Smoke detectors and alarms;
  • Communication systems in the areas of refuge;
  • Central control stations for fire department use;
  • Smoke control for exit stair enclosures;
  • Standby power systems
26
Q

What is the buildable line or buildable area?

A

The imaginary line beyond which a structure is not allowed to extend.

27
Q

What causes the greatest damage to buildings during an earthquake?

A

Ground shaking

28
Q

What is ADA?

A

The Americans with Disabilities Act (ADA) is a set of prescriptive guidelines developed in 1990 for the construction (or alteration) of buildings to accommodate the needs of “persons with disabilities.”

29
Q

Is the American with Disabilities Act a part of the Building Code?

A

Technically speaking, ADA is not part of the building code because it does not address life safety. Instead, the ADA is a civil rights law passed by Congress.

30
Q

Who ultimately enforces the American with Disabilities Act?

A

ADA is ultimately enforced by the Department of Justice governing public accommodations and state and local government services.

31
Q

What is Universal Design?

A

Universal Design refers to a wide-array of concepts surrounding making buildings accessible for everyone, including people with disabilities, but also for the elderly, or people without disabilities who may still need special consideration.

The idea covers much more than simply designing for people with disabilities and the ADAAG guidelines. The concept of Universal Design has really come to represent a much broader approach to barrier free building that include adaptive and assistive technologies, which also blending aesthetics and integration into these considerations.

32
Q

The basic philosophy of seismic code are:

A
  • A building foundation situated on top of an earthquake fault is not expected to withstand the effects of a large earthquake.
  • All other structures near a fault are expected to resist the effects of an earthquake.
  • A building should remain intact reasonably long enough for the occupants to exit quickly and safely.
  • Some components of the structure may fail, but the structure as a whole must not collapse.
33
Q

What are the four broad fire safety issues to consider in building design?

A
  • Occupancy Group and Load
  • Fire Zones
  • Type of Construction
  • Floor Area and Height
34
Q

What are three basic performance requirements of a building during a fire?

A
  • Permit safe egress.
  • Maintain its structural integrity and limit the spread of fire to allow time to extinguish the fire.
  • Limit damage and avoid collapse.
35
Q

What is the maximum slope allowed for an accessible ramp?

A

1:12 (1’ rise for every 12’ run) = 8.3% slope

36
Q

What are three requirements for accessible parking?

A

1) Accessible stalls must be located near building entrances and design to allow unimpeded movement by a person with disabilities.
2) Accessible stalls generally require at least 5’ clear aisle for a standard stall and a 9’ clear aisle for a van accessible stall.
3) Quantity of stalls is defined by the building code and is generally a ratio of the overall parking provided, such as 1 accessible stall for every 25 standard stalls.

37
Q

Name four different types of land owners.

A
  • Joint Tenancy: two or more people, each holding an undivided interest (meaning the land is not physically divided into individual pieces, but rather each owner has a share in the ownership of the whole).
  • Partnership: the land is owned by a group of people. Upon a death of one of the partners, the partnership may be dissolved and assets distributed among surviving partners and the estate of the deceased partner.
  • Corporation: is a legal entity with rights and liability independent of those of its shareholders. If a shareholder dies, his shares pass on to his heirs.
  • Trustee: is a type of ownership that holds property in the trustees own name for the benefit of another person or group he represents.
38
Q

What are five types of land/property ownership and how do they differ?

A
  • Fee simple (or Fee absolute): the owner has absolute title or ownership, which he can transfer by sale (for example, private homes).
  • Condominium: the buyer obtains fee simple ownership for a portion of a structure.
  • Cooperative: differs significantly from condominium in that the owner does not legally own a specific portion of the physical property. He owns, instead, a share in a corporation with in turn owns the land and structures.
  • Leasehold: the lessee, the person whom the lease is granted, has the right to use a piece of property under certain conditions for a certain time limit.
  • Sale-and-leaseback: an arrangement in which one party sells a property to a buyer and the buyer immediately leases the property back to the seller.
39
Q

What is a Deed of Trust?

A

A Deed of Trust transfers the legal title to a trustee, who holds it as security for a loan between a borrower and lender.

If the borrower defaults on the loan, the trustee has the power to foreclose on behalf of the beneficiary.

40
Q

What form of loan is most common for land purchases?

A

Mortgage: a contract in which a buyer of a property borrows money from a bank or any other lending institution to purchase the property.

41
Q

Define Covenant and describe how it could impact site design.

A

Covenants are written agreements or a promise under seal between two or more parties for the performance of some specific action or restriction.

Covenants came into use in large scale residential land development prior to the advent of zoning.

The purpose of a covenant was to protect the aesthetics or amenities of the property for the life of the deed.

42
Q

Name four different types of site easements.

A
  • Joint Easement: used when it is required for two private owners to use a strip of land between two houses which has a property line running in the center.
  • Party Wall Easement: used in row housing, when a common, or party wall, is shared by two adjacent owners.
  • Condemnation Easement: an easement for public good. As in the case for a required street, highway, railroad right of way, or for a telephone or electric power line.
  • Historic Facade Easement: may be established by a municipality to protect a historically valuable architectural facade in an area where redevelopment is occurring, and where the existence of the facade is threatened.
43
Q

Describe the difference between meridians and parallels.

A

Longitudinal lines running North-South are called “meridians.” Lines between these are called ranges.

Latitudinal lines running East-West are called “parallels.” Some are called base lines. Lines between the parallels are called township lines.

44
Q

Define the following terms: Check, Township, Section, Quarter

A

Check: 24 square miles created by the meridians and parallels.

Township: Each Check is divided into 4 by 4 squares, creating 16 Townships per Check. Each Township is 6 square miles and numbered and designated as North or South of the base line and East or West of the principal meridian.

Sections: Townships are subdivided into 6 by 6 squares, creating 36 square sections (each one, one square mile).

Quarters: Sections are divided into 4 quarters (each 1/4 square mile).

45
Q

Name 5 typical design considerations for Accessible parking.

A
  • Accessible stalls must have a 5’ access aisle between every two spaces.
  • For van accessible stalls, an 8’ wide access aisle is required between the spaces.
  • Parking stalls to be 9’ x 18’ minimum.
  • Number of required stalls depends on total number of parking spaces and the type of building.
  • Stalls to be located near building entrance with minimal need to cross vehicular path of travel.
46
Q

What site circulation requirements should you consider when addressing accessible design?

A
  • Minimum required for two wheelchairs to pass each other is 60”, so public walks should be minimum 5’ wide.
  • Walks should have a maximum gradient of 5% (1:20), and maximum cross slope of 2% (1:50).
  • Ramps should be a minimum of 3’ wide, and not exceeding 30’ in length. At landing a 5’ long area should be provided.
  • All accessible paths of travel which cross into vehicular aisles are required to have detectable warning strips (i.e. truncated domes).
  • Handrails should be located at each side of a ramp if its rise is greater than 6’. A protective curb should be installed on the side where a ramp is above grade (to eliminate falling off).
47
Q

Name at least four questions that should be asked regarding building materials during a Life Cycle Analysis?

A
  • Where did the material come from?
  • What are the by-products of its manufacturer?
  • How is the material delivered and installed?
  • How is the material maintained and operated?
  • How healthy is the material?
  • What do we do with them once we are done with the material?
48
Q

What are four material characteristics that should be considered when selecting exterior finishes for a building?

A
  • Make sure the material is appropriately used.
  • Material can withstand the elements (sun, wind, rain, etc.)
  • How often does the material require maintenance.
  • How well does the material perform for its intended use and longevity.