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Real estate assets features and urban cycles
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prof. Paola Mutti
prof. Alessandra Pandolfi
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Master of Science in Architecture
Course of Project Appraisal Politecnico di Milano School of Architecture and Society
Milan, 20th March 2015
Real estate assets features and urban cycles
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
2
Index
A matter of cycles that work diachronically
Life cycles of real estate assets
Life cycles of urban systems
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
3
A matter of cycles that work diachronically
Assessing a project or Assessing a project or a real estate asset meansa real estate asset means
Understanding its intrinsic features
Life cycles of real estate assets
Understanding its extrinsic features
Real estate market cycles
Life cycles of urban systems
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
4
Life cycles of real estate assets
Evans integrated modelEvans integrated model
Simple situation (Evans)
Fred land situation (Evans)
Disuse period situation (integration)
Non-development bond situation (integration)
Non-development bond and disuse period
situation (integration)
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
MA
RK
ET
E
NV
IRO
NM
EN
T n
. 3
CONSTRUCTIONS
MARKET
SALES AND RENTS
MARKET
FINANCIAL MARKET
POLITICAL-
LEGISLATIVE,
SYSTEM
DEMOGRAPHIC-
SOCIAL SYSTEM
CULTURAL-
TECNOLOGIC
SYSTEM
ECONOMICAL
SYSTEM
5
Life cycles of real estate assets
TheThe spatialspatial organizationorganization ofof existingexisting buildingsbuildings (C(C1010)) andand thethe followingfollowing qualitativequalitative andand functionalfunctional stagesstages (C(C11ww00))
The decreasing trend of the VSE(Cti) curve is determined from the physical and economical deterioration. This phenomenon could be usefully contrasted, both giving to the real estate asset the most adequate typologic and technologic features, with the realization during the lifecycle of targeted interventions of preservation, re-use and conservation and/or with filtering processes. The saw-tooth curve represents the possibility of prolonging in this way the normal lifecycle (CVN)
BU
ILT
LA
ND
VA
LU
E (
VSE
(C11))
TIME
NORMAL LIFECYCLE
(CVN(C))
PROLONGED
LIFECYCLE (CVP(C))
Ct0 Ctb Ctd Ctr Ctw Ctu Ctv Ctz tw-t0
tz-t0
DC
IcI=
VSE
(C1c1
)
Evans integrated model
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
6
The higher curve represents the geometric place of high vales of transformation of the existing spatial organization (VSL(C'ti)). The balance point (P) represents the moment in which it gets convenient to substitute the initial structure (Ct0) with new spatial elements (C'ti (i>m)) even completely different in the spatial and functional features. If this balance in the financial calculation is verified, when the normal or prolonged lifecycle of the Ct0 configuration has ended, the place is disused for a period that ends when it gets financially convenient to realize the existing buildings substitution or radical interventions of transformation
VSL(C11)
VSE(C11)
BU
ILT
LA
ND
VA
LU
E (
VSE
(C11))
FR
ED
LA
ND
VA
LU
E (
VSL
(C11))
TIME
VSE
(C1c1
)
Ct0 Ctm Ctz
Life cycles of real estate assets
Evans integrated model
MA
RK
ET
E
NV
IRO
NM
EN
T n
. 3
CONSTRUCTIONS
MARKET
SALES AND RENTS
MARKET
FINANCIAL MARKET
POLITICAL-
LEGISLATIVE,
SYSTEM
DEMOGRAPHIC-
SOCIAL SYSTEM
CULTURAL-
TECNOLOGIC
SYSTEM
ECONOMICAL
SYSTEM
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
7
The higher curve represents the geometric place of high values of transformation of the existing spatial organization (VSL(C'ti)). The balance point (P) represents the moment in which it gets convenient to substitute the initial structure (Ct0) with new spatial elements (C'ti (i>m)), even completely different in the spatial and functional features. If this balance in the financial calculation is verified, when the normal or prolonged lifecycle of the Ct0 configuration has ended, the place is disused for a period that ends when it gets financially convenient to realize the existing buildings substitution or radical interventions of transformation
VSL(C11)
VSE(C11)
BU
ILT
LA
ND
VA
LU
E (
VSE
(C11))
FR
ED
LA
ND
VA
LU
E (
VSL
(C11))
TIME Ct0 Ct Ctz
tz-t
DISUSE PERIOD
Life cycles of real estate assets
Evans integrated model
MA
RK
ET
E
NV
IRO
NM
EN
T n
. 3
CONSTRUCTIONS
MARKET
SALES AND RENTS
MARKET
FINANCIAL MARKET
POLITICAL-
LEGISLATIVE,
SYSTEM
DEMOGRAPHIC-
SOCIAL SYSTEM
CULTURAL-
TECNOLOGIC
SYSTEM
ECONOMICAL
SYSTEM
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
8
This is the situation in which the existence of a bond of absolute preservation of the initial spatial organization, imposed from the political-legislative system, prevents the substitution in the periods following the formation of the balance point. In this conditions, as it is impossible to operate referring to the market laws, it is necessary to act on the real estate asset to prolongue its maximum lifecycle (lower curve). The other growing curves represent the trends without this bond
BU
ILT
LA
ND
VA
LU
E (
VSE
(C11))
FR
ED
LA
ND
VA
LU
E (
VSL
(C11))
TIME
Ct0
Ctc
Ctz
VSL(C11)
VSE(C11)
Life cycles of real estate assets
Evans integrated model
MA
RK
ET
E
NV
IRO
NM
EN
T n
. 3
CONSTRUCTIONS
MARKET
SALES AND RENTS
MARKET
FINANCIAL MARKET
POLITICAL-
LEGISLATIVE,
SYSTEM
DEMOGRAPHIC-
SOCIAL SYSTEM
CULTURAL-
TECNOLOGIC
SYSTEM
ECONOMICAL
SYSTEM
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
9
The VSE and VSL curves are to be considered in the case of a temporary imposition of a normative bond. The disuse period in absence of these conditions (tm-tz) is prolonged in this case (tp-tz)
BU
ILT
LA
ND
VA
LU
E (
VSE
(C11))
FR
ED
LA
ND
VA
LU
E (
VSL
(C11))
TIME Ct0
Ctc Ctz
VSL(C11)
VSE(C11)
Ct Ct0
Life cycles of real estate assets
Evans integrated model
MA
RK
ET
E
NV
IRO
NM
EN
T n
. 3
CONSTRUCTIONS
MARKET
SALES AND RENTS
MARKET
FINANCIAL MARKET
POLITICAL-
LEGISLATIVE,
SYSTEM
DEMOGRAPHIC-
SOCIAL SYSTEM
CULTURAL-
TECNOLOGIC
SYSTEM
ECONOMICAL
SYSTEM
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
10
Life cycles of urban systems
Why is the localization so important?
1. Advantages depending on localization
natural and lasting likely to change, provisional
2. Models of urban systems interpreting the settlement,
growth and development of cities and regional
networks
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
11
Life cycles of urban systems
Some fundamental principles
1. Localization and land uses
Cities are widespread and structured The localization of and in the urban
systems can be understood through the
consideration of land uses and functions
2. Urban systems vs. country regions
Relative limits are increasingly uncertain Their uses are ever more mixed Referring relationship is more and more
related and strong
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
12
Life cycles of urban systems
The urban rank
1. Demographic rank
It is not the only variable through which defining the urbanization level Density is not the only and sufficient condition of urbanization
2. Measuring the urbanization process
Administrative definition over or underestimating the physical limits Specific regulations Density of population
3. Urbanization process
relating to an increasing economic specialization and to in progress technologies
there are no accepted original sources of the process itself, then it is difficult to understand which are the different issues in different cities
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
13
The localization problem
The functional classification of cities
1. Core/Central functions coexisting with other uses
2. Transport functions
3. Specific functions
classification systems:
General description: classes identified with a description and determined in a subjective way
Statistic description: classes identified with statistic indexes and determined in an objective way, but through subjective
simplification methods
Statistic analysis: classes identified through statistic methods Regional economic principles Multidimensional statistics: identifying relations between cities and
different parameters
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
14
Life cycles of urban systems
Static models
1. Accessibility demand
Von Thunen model Chicago school model
2. Spatial interaction
Gravitation model Entropy law models
3. Models based on market areas that are hierarchically overlapped
Christaller model Loesch model Rank-size rule
4. Intersectorial relationships cities networks
5. Income production and distribution models
Hoyt model Input-output model Lowry model
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
15
Life cycles of urban systems
Dynamic models
All these models are referring to:
The catastrophes theory of Ren Thom Bifurcations theory
1. Deterministic models: it is possible to simulate endogenously complex
and structurally different behaviors referring to catastrophes and
bifurcations theories and chaos theories
2. Stochastic models: it is not possible to simulate endogenously complex
and structurally different behaviors completely referring to systems
morphogenetic and auto-organization phenomena Prigogine
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
16
Life cycles of urban systems
Cities life cycle model
It analyzes the evolution through time of the relationship between the core
development and the ring tendencies
Urbanization is the growth of population in the core: Absolute phase (AU): the ring population decreases
Relative phase (RU): the ring and core population increases
Suburbanization is the growth of population in the ring, as the core demographic trends decrease:
Absolute phase (AS): the core population decreases
Relative phase (RS): the ring and core population increases
De-urbanization is the reduction of population in the core and the ring: Absolute phase (AD): the core and the ring both decrease
Relative phase (RD): the core decreases more than the ring growth
Re-urbanization is the reduction of population in the core and the ring: Absolute phase (AR): the core and the ring both increase
Relative phase (RR): the core decreases less than the ring reduction
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
17
Life cycles of urban systems
Christaller model: the geographical approach to hierarchy
Isotropic space (homogeneous in all directions) for: Demographic density
Physical parameters
Structural features
It defines a hierarchy of goods and services through: The range as max distance at which the good/service could be sold
The threshold as min quantity of good/service efficiently deliverable
Every good or service is produced only if its range is sufficient to cross the min threshold hierarchical scale of goods/services referring to
the relative thresholds
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
18
Life cycles of urban systems
Christaller model: the geographical approach to hierarchy
Market principle: higher rank goods/services will be produced by a cities network of higher rank (A) the production of B
(good/service immediately lower) will be placed in the same
network to take advantage of the referring agglomeration
economies as B has a lower range there will be areas without
producers the production localization of Bs will be
equidistant from every A triad
Transportation principle: there is a transportation network that links all the principal centers that forces lower rank cities to be
placed in the barycentre of two principal cities
Administrative organization principle: the entire market area of lower rank cities is included in higher rank centers
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
19
Life cycles of urban systems
Loesch model: the economic approach to hierarchy
Isotropic space (homogeneous in all directions) 10 different ways of structuring and setting up a hierarchy of
market areas referring to a growing min production dimension
the first three ways (K=3, 4, 7) are Christallers models,
whereas the following ones (K= 9, 12, 13 and K= 16, 19, 21) are
geographic multiples of the first ones
K could change through the hierarchy the proportional factor between the number of cities of every following level is
not constant different from Christallers model
Unlike Christallers model, every higher rank centre is not able to produce also goods/services of lower ranks cities of the
same level can have a different production structure
production specialization
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
20
Life cycles of urban systems
Von Thunen model and Alonso model
REAL ESTATE
ASSETS FEATURES
AND URBAN CYCLES
SCHOOL OF
ARCHITECTURE AND
SOCIETY
Master of Science in
Architecture
Project Appraisal
Milan
13th March 2015
prof. Mutti prof. Pandolfi
21
Life cycles of urban systems
Core model and Burgess model