development of common approaches to the …...21 iso 12006-2:2015, 1/2 building construction --...

17
DEVELOPMENT OF COMMON APPROACHES TO THE ORGANIZATION OF INFORMATION TO ENSURE THE MANAGEMENT OF BUILDINGS AND STRUCTURES WITH THE USE OF IT AND THE DEVELOPMENT OF METHODS OF CLASSIFICATION OF CONSTRUCTION INFORMATION Vladimir Volkodav NIC CPS Moscow, 2019

Upload: others

Post on 04-Aug-2020

0 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

DEVELOPMENT OF COMMON APPROACHES TO THE ORGANIZATION OF INFORMATION TO ENSURE THE MANAGEMENT OF BUILDINGS AND STRUCTURES WITH THE USE OF IT AND THE DEVELOPMENT OF METHODS OF CLASSIFICATION OF CONSTRUCTION INFORMATION

Vladimir VolkodavNIC CPSMoscow, 2019

Page 2: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

21 ISO 12006-2:2015, 1/2Building construction -- Organization of information about construction works -- Part 2: Framework for classification

ISO 12006-2:2015 OmniClass Uniclass 2015 CoClass CCS

A.2 Construction information Table 36 InformationFI – Forms of informationZz – CAD

A104 DocumentManagement (metadata)

-

A.3 Construction productsTable 23 Products

Table 41 Materials

Pr – Products ComponentsKOComponents

A.4 Construction agentsTable 33 Disciplines

Table 34 Organizational roles- Construction agents -

A.5 Construction aids Table 35 Tools

TE – Tools and EquipmentConstruction aids components

Construction aids functional systems-

A.6 Management Table 32 Services

PM – Project managementA104 DocumentManagement (metadata)

-

A.7 Construction process Table 31 Phases

-A104 DocumentManagement (metadata)

-

A.8 Construction complexes - Co – Complexes -BX Construction complex

A.9 Construction entities

Table 11 Constructionentities by function

Table 12 Constructionentities by form

En – Entities

Ac – ActivitiesUse of Construction Entities

BV Construction entity

A.10 Built spaces

Table 13 Spaces byFunctionTable 14 Spaces by form

SL – Spaces/locations Use of SpacesUT Built space

A.11 Construction elementsTable 21 Elements(includes Designedelements) (UniFormat)

EF – Elements / functions

Ss – SystemsFunctional systemsTechnical systems

FS Functional systemsKS

Constructive systems

A.12 Work resultsTable 22 Work results(MasterFormat)

- -

PRWork resultFAMaintenance activities

A.13 Construction properties Table 49 Properties - Classes of Properties Property

Basic categories (classes) of construction information

Page 3: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

CS in construction industryOverview of global practices of development and use of CS in construction31

USA, CanadaOmniClassMasterFormatUniFormat

JapanJCCS

Great BritainUniclass 2015

FinlandTALO 2000

SwedenCoClass

DenmarkCCS

NorwayNS 3451&TFM

Page 4: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Comparative analysis of CS 1/3Comparative tables of construction classification systems32

Comparison criterion OmniClass MasterFormat UniFormat Uniclass 2015 CoClass CCSState developer USA, Canada USA USA Great Britain Sweden Denmark

Date of publication of the first version of the standard

2006 1963 1973 2015 2016 2012

Last COP update date 2013 2018 2010 2018 2018 2018

Developer CSI, CSC CSI, CSC CSI, CSC CPIc, NBS BSAB 2.0 Cuneco

Scope of CS

the entire construction area, the full life cycle

of the construction project

is used mainly to form construction

specifications at the design stage

used primarily for cost analysis, cost estimates

the entire construction area, the full life cycle

of the construction project

the entire construction area, the full life cycle

of the construction project

the entire construction area, the full life cycle

of the construction project

Previous CSMasterFormat,

UniFormat,EPIC

-MASTERCOST (1973)UNIFORMAT (1975)

UNIFORMAT II (1989)

SfB (1950)Uniclass (1997)

Uniclass 2 (2013)

SfB (1950)BSAB 96

BC/SfB (1950)DBK (2006)

Possibility of vertical expansion of CW

/Description of the

possibility

+ + + + - -

Adding additional hierarchy levels

Adding additional hierarchy levels

Introduction of additional hierarchy

levels or code sharing

Introduction of additional levels of

hierarchy

ISO 81346 classification principles imply that there is no

need for vertical scaling

ISO 81346 classification principles imply that there is no

need for vertical scaling

Page 5: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Comparative analysis of CS 2/3Comparative tables of construction classification systems33

Comparison criterion OmniClass MasterFormat UniFormat Uniclass 2015 CoClass CCS

Possibility of horizontal expansion of CS

/Description of the

possibility

+ + + + + +

Adding of intermediate numeric codes

by adding intermediate numeric codes and reserving classes in

advance

by adding intermediate numeric codes

by adding intermediate numeric codes

by using additional letters of the alphabet

and using reserved classes

by using additional letters of the alphabet

and using reserved classes

Ability to integrate with other CS

- -as an extension of the

classifier code -as a property of the classification object

as a property of the classification object

Integrated CSMasterFormat,

UniFormat, EPIC- - - - -

Regulatory framework for classification

ISO 12006-2:2001ISO 12006-3

- -ISO 12006-2:2015

(partially)

ISO 12006-2:2015ISO 12006-3ISO 81346-2

ISO 81346-12

ISO 12006-2:2015ISO 12006-3ISO 81346-2

ISO 81346-12

Classification method faceted hierarchical hierarchical facetedfacetted, with a fixed base of classification

facetted, with a fixed base of classification

Number of classification categories (classification

tables)15

1(50 chapters)

1(9 chapters)

11 9 9

Page 6: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Comparative analysis of CS 3/3Comparative tables of construction classification systems34

Comparison criterion OmniClass MasterFormat UniFormat Uniclass 2015 CoClass CCSMaximum level of

hierarchical nesting of classification tables

7 4 5 4 3 + 1 3

Standard of classifier code formation - - - -

ISO 81346-1,ISO 81346-12

ISO 81346-1,ISO 81346-12

Example of a classifier code

32-49 51 13 11 02 06 30.13 A1010.10.FW Pr_15_31_04_86 UAA QQC

Submission of the identification code

digital digital alphanumeric alphanumericalphanumeric + aspect

specific charactersalphanumeric + aspect

specific charactersSeparator character

in the classifier code

space « » space « » or dots «.»missing or dots

«.»underlining «_» - -

Classification aspects of the identification code

- - - -

Function-IDProduct-IDLocation-IDType-ID

Function-IDProduct-IDMulti-lvl product-IDLocation-IDType-IDMulti-level type-ID

Presentation format spreadsheets paper format paper format web-сервис web-сервис web-сервис

API - - - NBS BIM Toolkit API CoClass APICuneco CCS service

web API

Page 7: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Classification of construction CSThree generations of classification systems in construction35

I generation II generation III generation

Page 8: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

51 Development of a national CSMain stages of implementation of the unified national CS

01 02 03 04 05

Terminology Dictionary

Formation of the terminological

building dictionary on the basis of

operating standards

Basic classification

Basic classification of construction

system objects based on their

inherent features.

ISO 12006-2:2015

Full classification

Internal classification of construction

industry facilities based on a series of

standards

ISO 81346-1(2,12)

Identification system

Development of a universal system of

reference codes for system elements

(RDS-CW)

Set of universal parameters

Development of a set of universal

parameters for system objects

Digital implementation

Implementation of the digital service

for the use of the classification system

Page 9: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

[60] BASE TABLESBASIC CLASSIFICATION TABLES

61 - Table "Functional systems" 62 - Table "Technical systems"63 - Table "Components"

Page 10: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

61 Functional systems. ISO 81346-12 Basic classification systems

Класс Наименование класса Определение класса Примеры

Пространственные системы Функциональные системы, формирующие пространство

A Наземная системаФункциональная система, которая замыкаетстроительный объект снизу

Земля, двор, газон, дорожнаянасыпь

B Стеновая системаФункциональная система, которая формирует и отделяетпространство по вертикали

Стена, фасад, фасадная система

C Система перекрытийФункциональная система, которая формирует и разделяетпространство по горизонтали

Перекрытия

D Кровельная системаФункциональная система, которая замыкаетстроительный объект сверху

Крыша, кровля

Инженерные системы Функциональные системы, предоставляющие услуги

E Газовая и воздушная система Система обеспечения техническим газом или воздухомОборудование для газа ивоздуха, газ, воздух

F Водяная и жидкостная системаСистема обеспечения бытовой, технической водой, либоиной другой жидкостью

Вода, жидкость

GСистема дренажа и удаления отходов

Функциональная система, которая отводит жидкость илиутилизирует отходы

Дренаж, отходы

H Система охлаждения и отопленияФункциональная система, обеспечивающая холодом итеплом

Отопление, охлаждение

Functional systems

20

A

1x symbolling encoding

Page 11: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Код Класс Подкласс Наименование класса Определение класса

A A Составная системаТехническая система, которая представляет сложную составную строительнуюконструкцию

AA A Дорожное полотно Строительная система, формирующая участки для транспорта

AB B Фундамент Строительная система, отделяющая от земли

AC C Плита, перекрытие Строительная система, образующая горизонтальное разделение

AD D Стеновая конструкция Строительная система, образующая вертикальное разделение

AE E Кровельная конструкция Строительная система, заканчивающая строительный объект сверху

AF F Лестничная конструкцияСтроительная система, устанавливающая ступенчатую связь между двумя или болееуровнями

AG G РампаСтроительная система, создающая бесступенчатую связь между двумя или болееуровнями

AH H БалконСтроительная система, которая создает прилегающее внешнее пространство,встроенное в стеновую или кровельную систему

AI I Не использовать

AJ J ЭркерСтроительная система, которая создает расширенное внутреннее пространство,встроенное в стеновую систему

AK K Слуховое окноСтроительная система, которая создает расширенное внутреннее пространство,встроенное в кровельную систему

62 Technical systems. ISO 81346-12 Basic classification systems

Technical systems

122

AB

2x symbolling encoding

Page 12: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

63 Components. CCS, CoClass (translate)Basic classification systems

Components of system

779

ABC

2x symbolling encoding

Класс 1 Класс 2 Класс 3 Наименование класса Определение класса

B - - Воспринимающие устройства

B A -Объект чувствительный к разности электрических потенциалов

Объект воспринимающий разность электрических потенциалов

B A A Реле напряжения

B A B Трансформатор напряжения

B B -Объект чувствительный к удельному электрическому сопротивлению

Объект воспринимающий удельное электрическое сопротивление

B B A Омметр

B B B Мост Уитстона

B CОбъект воспринимающий силу тока

Объект воспринимающий силу тока

B C A Реле силы тока

B C B Трансформатор тока

B D Объект чувствительный к полю Объект чувствительный к плотности

B D A Определитель плотности

B D B Измеритель плотности

B E - Объект чувствительный к полю Объект чувствительный к полю

B E AОбъект обнаружения электростатического поля

Page 13: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

[70] EXAMPLESEXAMPLES OF CLASSIFICATION AND CODING OF CONSTRUCTION PROJECTS

71 - PSMP pilot project72 - Example of Architecture elements coding73 - Example of Mechanical element coding

Page 14: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

PSMP pilot projectAmbulance substation. JSC Werfau

Elements of the IM

5740

5

Engineering Systems

HVAC

ЭОМ

ВК

71

Page 15: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Example of architectural elements codingClassification and coding of the architectural element "Window"

Window

Wall system

Wall construction

B

AD

QQA

-B01.AD03.QQA07-

09

01

AAV

++09.01.AAV017

Personnel office № 17

Corps № 9

Floor № 1

++

Composite identification code of the element "Window"

Subject area Product aspect Location aspect(position in space)

<L> - B01.AD03.QQA07 ++ 77:14:1203001:814.09.01.AAV017/Separator Cadastral number of

the building plot

72

Page 16: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

Example of mechanical elements codingClassification and coding of the EOM element "Emergency lighting system luminaire

LampEAA

+С02.BG09.NCD+

Composite identification code of the element "Window"

Subject area Product aspect Location aspect (installation point)

<L> =Q01.HH02.EAA019 + C02.BG09.NCD/Separator

/ ++ 09.02.ABV007Separator Location aspect (in space)

EAA019 Lamp

Lighting systemQ

HH01 Working Lighting System

Emergency lighting systemHH02

= =Q01.HH02.EAA019

CeilingNCD

73

Page 17: DEVELOPMENT OF COMMON APPROACHES TO THE …...21 ISO 12006-2:2015, 1/2 Building construction -- Organization of information about construction works -- Part 2: Framework for classification

E-MAIL: [email protected]

PHONE: +79675990203NIC CPS

VLADIMIR VOLKODAV

Questions

WWW: WWW.NICCPS.RU