LECTURE 2 & 3 Flashcards

1
Q

INFLUENCES ON ARCHITECTURE

A

GENERAL INFLUENCES, INFLUENCES OF NATURE, INFLUENCE OF MAN

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2
Q

GENERAL INFLUENCES

A

NEEDS OF MAN & ACTIVITIES OF MAN

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3
Q

NEEDS OF MAN

A

PHYSICAL NEEDS, EMOTIONAL NEEDS, INTELLECTUAL NEEDS

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4
Q

WHAT ARE THE TWO PHYSICAL NEEDS?

A

SELF PRESERVATION AND REPRODUCTION

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5
Q

food, shelter, clothing, livelihood, and other basic needs

A

SELF PRESERVATION

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5
Q

for the population to
increase and continue in existence.

A

REPRODUCTION

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6
Q

ACTIVITIES OF MAN

A
  • DESIRE FOR PRESERVATION
  • DESIRE FOR RECOGNITION
  • DESIRE FOR RESPONSE
  • DESIRE FOR SELF-EXPRESSION
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7
Q

WHAT ARE THE INFLUENCES OF NATURE?

A

CLIMATE & TOPOGRAPHY

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8
Q

This affects the habits and temperaments
of people

A

CLIMATE

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9
Q

WHAT ARE THE TWO TYPES OF CLIMATE?

A

WARMER CLIMATE & COLDER CLIMATE

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10
Q

plans are more open and often include courts or patios.

A

WARMER CLIMATE

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11
Q

more compact in arrangement. The severe cold winds are avoided by providing a cover from portion of the building to the other.

A

COLDER CLIMATE

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12
Q

The general terrain or contour of the surface of an area.

A

TOPOGRAPHY

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13
Q

WHAT ARE THE INFLUENCES OF MAN?

A

SOCIAL CONDITIONS & MAN’S PERSONALITY

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14
Q

Since architecture is the most permanent and cumulative reflection of the social structure of a certain period, the interests of the people dictate the type and appearance of its buildings

A

SOCIAL CONDITIONS

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15
Q

In this setting, this reflects his interest in the type of house that he prefers to live in. This influence is even more magnified when you are dealing with residential clients

A

MAN’S PERSONALITY

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16
Q

refers to the size of something compared to a reference standard or to the size of something else (like a human being).

A

SCALE

17
Q

refers to the proper and harmonious relation of one part to another or to the whole.

A

PROPORTION

18
Q

In architecture, you can achieve proportion
through?

A
  • MATERIAL PROPORTIONS
  • STRUCTURAL PROPORTIONS
  • MANUFACTURED PROPORTIONS
19
Q

PROPORTIONING SYSTEMS

A
  • GOLDEN SECTION
  • CLASSICAL ORDERS
  • RENAISSANCE THEORIES
  • MODULOR
  • KEN
  • ANTHROPOMETRY
20
Q

a mathematically-based proportioning system used by ancient civilizations including the Greeks and Romans as well as by modern designers, most notably the French-Swiss architect Le Corbusier.

A

GOLDEN SECTION

21
Q

Used by the Greeks and Romans of ancient antiquity represented the perfect expression of beauty and harmony. They were not based on a fixed unit of measurement, but rather on the proportioning of the parts to the whole.

A

CLASSICAL ORDERS

22
Q

The architects of the Renaissance, believing that their buildings had to belong to a higher order, returned to the Greek mathematical system of proportions.

A

RENAISSANCE THEORIES

23
Q

who developed the proportioning system which was based on musical scale?

A

PYTHAGORAS

24
Q

They thought that architecture was mathematics translated into spatial units.

A

Renaissance Architects

25
Q

They thought music to be the geometry translated into sound

A

Greeks

26
Q

They applied the proportioning system developed by Pythagoras (which was based on the musical scale) and developed a progression of ratios that formed the basis of their architecture.

A

Renaissance Architects

27
Q

This proportioning system was made famous by the French-Swiss architect Le Corbusier.

A

Modulor

28
Q

This was based on the measuring concepts used by the Ancient Greeks, Egyptians and other high civilizations.

A

Modulor

29
Q

It uses the mathematical proportions of the human body as a point of reference.

A

Modulor

30
Q

The Modulor combines the aesthetic dimensions of the ____________ and ____________ with the scale of the human body.

A

Golden Section & Fibonacci numerical series

31
Q

He developed this system for the serial production of standard furniture and for determining the lengths, heights, and widths of inner spaces.

A

Le Corbusier

32
Q

It is a traditional Japanese unit of length.

A

Ken

33
Q

It originally designated the interval between two columns and it was standardized later for residential architecture.

A

Ken

34
Q

It was used as the absolute measurement for the construction of buildings and as an aesthetic module that ordered the structure, materials and space of Japanese architecture.

A

Ken

35
Q

Together with ken, another module also affected the design of Japanese spaces

A

Tatami

36
Q

the traditional Japanese floor mat

A

Tatami

37
Q

It was originally proportioned to accommodate two persons sitting or one person sleeping.

A

Tatami

38
Q

The smaller side of a tatami was equal to the?

A

ken and two kens equaled the length of a tatami.

39
Q

The Japanese inner spaces were formed
according to

A

ken modules and the placement of tatamis

40
Q

This refers to the size and proportions of the human body.

A

ANTHROPOMETRY

41
Q

This search for the functional dimensions of the human body.

A

Anthropometric proportioning methods