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06-06-17 1 Vergadering 31 mei 2017 WGT1 / Classificatie WG 1 Vergadering 31 mei 2017 – WG1 Cluster – Agenda 0) Inleiding 1) Werking & kalender - WG 1 2) Analysemethode van bestaande classificaties in BIM context 3 - 8) VMSW & STABU Theorie & Praktijkvoorbeelden Archicad (S. Boeykens) / Revit (J. Vandamme) / STABU (P. Bovens) (3x20’) 9) Enkele kritische bemerkingen > discussie

WGT1 / Classificatie - BIMportal · ALIGNED to ISO 12006 -2: 2015 KEY CHARACTERISTICS / SYSTEMS VMSW CLEAR UNIQUE CODE for type of object UNIQUE CODE for single object USEABLE in

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  • 06-06-17

    1

    Vergadering 31 mei 2017

    WGT1 / Classificatie

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    Agenda

    0) Inleiding1) Werking & kalender - WG 12) Analysemethode van bestaande classificaties in BIM context 3 - 8) VMSW & STABU Theorie & PraktijkvoorbeeldenArchicad (S. Boeykens) / Revit (J. Vandamme) / STABU (P. Bovens) (3x20’)9) Enkele kritische bemerkingen > discussie

  • 06-06-17

    2

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    2 0 1 6 2 0 1 7

    02/02

    2 0 1 6 2 0 1 7

    2 0 1 6 2 0 1 7

    R424/11

    R0 04/11

    R2 R3 13/03

    R1 11/01

    BB/SfBCCS

    BB/SfBCCS

    BB/SfBCCS

    R4 24/04

    1x/m

    UniClassOmniClassUniClass

    OmniClassUniClass

    OmniClass

    R5 31/05

    Bestekken(Stabu; VMSW ) Bestekken

    (Stabu; VMSW ) Bestekken

    (Stabu; VMSW ) KICK OFFKICK OFFKICK OFF

    R5

    R6 26/06

    SyntheseSyntheseSynthese

    Validatie

    R622/06

    CCSGezamenlijke Vergadering

    1. Werking en kalender WG 1_Cluster

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    1. Werking en kalender WG 1_Cluster

    2 0 1 6 2 0 1 7

    02/02

    2 0 1 6 2 0 1 7

    2 0 1 6 2 0 1 7

    R424/11

    R0 04/11

    R2 R3 13/03

    R1 11/01

    BB/SfBCCS

    BB/SfBCCS

    BB/SfBCCS

    R4 24/04

    1x/m

    UniClassOmniClassUniClass

    OmniClassUniClass

    OmniClass

    R5 31/05

    Bestekken(Stabu; VMSW ) Bestekken

    (Stabu; VMSW ) Bestekken

    (Stabu; VMSW ) KICK OFFKICK OFFKICK OFF

    R5

    R6 26/06

    SyntheseSyntheseSynthese

    Validatie

    R622/06

    CCSGezamenlijke Vergadering

  • 06-06-17

    3

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    B I M K E Y C H A R A C T E R I S T I C S

    U S E

    2. Analyse methode

    F O R EA C H C L A SSIF IC AT IO N . . . .

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    K E Y C H A R A C T E R I S T I C S

    U S E

    2. Analyse methode

  • 06-06-17

    4

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    8. Websites & Tools – VMSW

    VMSW > Professionelen > ABC > Bouwtechnisch bestek > Artikellijst

    WEBSITES to inform about classification

    Handleiding

    Artikellijst

    Bestek

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    8. Websites & Tools – STABU

    General information & contextwww.stabu.org > Producten > STABU Bouwbreed

    Why? VisieHow? Practical example: Leeswijzer

    Help: Helpdesk

    Tableswww.stabu.nl

    Stabu2-SystematiekBouwystemen & InstallatiesNL/SfB

    WEBSITES to inform about classification

  • 06-06-17

    5

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    Questions?

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    Founding organization(s): VMSW

    Date of publication + last update: (…B2005: 2005)Bouwtechnisch Bestek: 2015

    Countries where used: Belgium (Flemish Region)

    Languages in which available: Dutch

    3. ID - Create an IDENTITY CARD for each classification system

    VMSW (Bouwtechnisch bestek)

  • 06-06-17

    6

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    References: National: VMSW documents

    Others:

    International Standards:

    VMSW

    3. ID - Create an IDENTITY CARD for each classification system

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    PRACTICAL USE OF THE SYSTEM

    In which sector(s) ? BuildingsDeveloped for residential buildings (social housing)

    In which discipline(s) ? ArchitectureMEP

    In which phase(s)? DesignProduction

    Used as a framework for building specifications & cost calculations

    3. ID - Create an IDENTITY CARD for each classification system

    VMSW

  • 06-06-17

    7

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    STRUCTURE OF THE SYSTEM

    Type of system : Enumerative classification system

    Number of tables : 1 (10 parts, from 0 to 9)

    Name of the tables +number of level(s) in each table : Table « artikels »: 5

    Example: Level 0 (“part”): 3. DakwerkenLevel 1: 36. DaklichtopeningenLevel 2: 36.10 Dakvlakramen – algemeenLevel 3: 36.11. dakvlakramen – houtLevel 4: 36.11.10. dakvlakramen - hout/wentel

    3. ID - Create an IDENTITY CARD for each classification system

    VMSW

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    STRUCTURE OF THE CODE

    Type of code : Numeric

    36_11_10Level 1 Level 2-3 Level 4(Level 0 = “Part”)

    VMSW

    3. ID - Create an IDENTITY CARD for each classification system

    (3)

  • 06-06-17

    8

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    Founding organization(s): Stichting STABU

    Date of publication + last update: (STABU: 1986 (paper) )STABU2: 1990 (new content, computer) (still used & updated)(STABU element: 2009 (linking STABU & NL/Sfb, table 0 & 1) )STABU Bouwbreed: 2015 (“BIM-ready”)

    Countries where used: Netherlands, (Belgium)

    Languages in which available: Dutch

    3. ID - Create an IDENTITY CARD for each classification system

    STABU (Bouwbreed)

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    3. ID - Create an IDENTITY CARD for each classification system

    STABU (Bouwbreed)

    STABU-Element: 2009 < > STABU Bouwbreed: 2015 (“BIM-ready”)

  • 06-06-17

    9

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    3. ID - Create an IDENTITY CARD for each classification system

    STABU (Bouwbreed)

    STABU2: 1990 < > STABU Bouwbreed: 2015 Tabel “Bouwsystemen & Installaties” (“BIM-ready”)

    only technical articles(administrative articles > UAV 2012)

    Technical and administrative articles

    2 levels 3 levels

    Structure modified

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    3. ID - Create an IDENTITY CARD for each classification system

    STABU (Bouwbreed)

  • 06-06-17

    10

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    GENERAL INFORMATION

    References: National: STABU documents

    Others:

    International Standards:

    3. ID - Create an IDENTITY CARD for each classification system

    STABU

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    PRACTICAL USE OF THE SYSTEM

    In which sector(s) ? Mostly used for buildings:

    In which discipline(s) ? ArchitectureMEP

    In which phase(s)? All: (according to STABU)Pre-designDesignProductionOperation and Maintenance

    3. ID - Create an IDENTITY CARD for each classification system

    STABU

  • 06-06-17

    11

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    STRUCTURE OF THE SYSTEM

    Type of system : Enumerative classification system

    Number of tables : 5 (3 parts, of which part 1 has 3 tables)

    Name of the tables +number of level(s) in each table : Part 1 : Ruimten Systematiek /? (*) | 3 tables: gebieden / gebouwtypen / ruimten

    Part 2 : Contracts /? (*)Part 3 : Bouwsystemen & Installaties (“BS&I”) / 3

    ! This part has 7 subtables, which are not mentioned in the code !

    (*) not accessible for free; asked for a demo version but not received up to now

    3. ID - Create an IDENTITY CARD for each classification system

    STABU

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    STRUCTURE OF THE CODE

    Type of code : Numeric

    13.01.0001Level 1 Level 2 Level 3Table

    “Bouwsystemen & Installaties”;Subtable “02 Bouwkunde”

    3. ID - Create an IDENTITY CARD for each classification system

    STABU

    STABU²

    BOUWBREED

    30.41

  • 06-06-17

    12

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    Questions?

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    K E Y C H A R A C T E R I S T I C S

    U S E

    Analyse methode

  • 06-06-17

    13

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    4. BIM Key characteristics - Comparison

    STABU VMSW

    UNIQUE CODE for single object

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    TABLE A.13 PROPERTIES

    CONSTRUCTION RESULTS

    TABLE A.10 Built Space

    TABLE A.8 Construction complex

    TABLE A.9 Construction entity

    TABLE A.11 Construction element

    Types of results:

    CONSTRUCTION RESOURCES

    TABLE A.3 Construction product

    TABLE A.5 Construction aid

    TABLE A.4 Construction agent

    TABLE A.2 Construction information

    Types of resources:

    TABLE A.7 CONSTRUCTION PROCESSES

    Pre-design process

    Design process

    Production process

    Maintenance process

    Types of processes:

    ALIGNED to ISO 12006-2: 2015

    4. BIM Key characteristics

  • 06-06-17

    14

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    4. BIM Key characteristics

    ALIGNED to ISO 12006-2: 2015

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ISO 12006-2: 2015 VMSW STABU

    Tables Tables TablesResourceA.2 Construction information - -A.3 Construction product - -A.4 Construction agent - -A.5 Construction aid - -

    - -ProcessA.6 Management - -A.7 Construction Process - -ResultA.8 Construction complex - Construction complex (part of "BWBRD Ruimten")A.9 Construction entity - Construction entity (part of "BWBRD Ruimten")- - -- - -A.10 Built space - Built space (part of "BWBRD Ruimten")A.11 Construction element - -

    - -- -

    A.12 Work result Work result Work resultPropertyA.13 Construction property - -

    4. BIM Key characteristics

    ALIGNED to ISO 12006-2: 2015

  • 06-06-17

    15

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    4. BIM Key characteristics

    Complexes Entities Elements Systems Products

    House + garage + garden(project in overall terms)

    House Wall including all layers 1 layer Components of the layer

    No table Systems in ISO

    Table Work Results

    Terminology

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    4. BIM Key characteristics – VMSW & STABU

    VMSW

    STABU

    Complexes Entities Elements Systems Products

    House + garage + garden(project in overall terms)

    House Wall including all layers 1 layer Components of the layer

    v v v v vv v v v v

    ALIGNED to ISO 12006-2: 2015

    in table BS&I: some elements and some systems

    in same table: some elements, some systems, some products

    System

    Element

    STABU Bouwsystemen & Installaties

  • 06-06-17

    16

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    4. BIM Key characteristics - Comparison

    STABU

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS VMSW

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    v v

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    SIF

    ICA

    TIO

    NC

    OD

    IFIC

    AT

    ION

    CL

    AS

    S.

    CO

    DIF

    .

    ALIGNED to ISO 12006-2: 2015

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    CLEAR?

    - Structure of classification- Only 1 table (VMSW) or few (STABU-Bouwbreed)- STABU-Bouwbreed: 7 subclasses, not mentioned in name!

    - Definitions of classes - Building specifications = description of classes

    (VMSW & STABU)

    - Coherent subdivision criteria- Building specifications: hierarchically structured

    - X0 general- XX specific

    - VMSW: not always clearly hierarchically structured- X0 general- XX specific

    4. BIM Key characteristics – VMSW

  • 06-06-17

    17

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    v vv v

    4. BIM Key characteristics - Comparison

    STABUVSMW

    CLEAR (structure of classification)

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    v vv vv v

    4. BIM Key characteristics - Comparison

    STABUVMSW

    Focus on work resultsFocus on work results

    USEABLE in a detailed level

  • 06-06-17

    18

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    v v

    4. BIM Key characteristics - Comparison

    STABUVMSW

    ADAPTABLE / FLEXIBLE

    v vv vv v Focus on work resultsFocus on work results

    User can add (project-specific) classes

    User can add (project-specific) classes

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    4. BIM Key characteristics - Comparison

    STABUVMSW

    NEUTRAL (independent of software)

    v vv v

    v vv vv v Focus on work resultsFocus on work results

    User can add (project-specific) classes

    User can add (project-specific) classes

  • 06-06-17

    19

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    v

    4. BIM Key characteristics - Comparison

    v

    STABUVMSW

    STABLE / USEABLE over entire lifecycle

    v vv v

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phase

    v vv vv v Focus on work resultsFocus on work results

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phase

    User can add (project-specific) classes

    User can add (project-specific) classes

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    4. BIM Key characteristics - Comparison

    READABLE / UNDERSTANDABLE

    vv

    STABUVMSW

    v vv v

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phase

    v vv vv v Focus on work resultsFocus on work results

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phasev v

    User can add (project-specific) classes

    User can add (project-specific) classes

  • 06-06-17

    20

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    4. BIM Key characteristics - Comparison

    UNIQUE CODE for type of object

    vv

    STABUVMSW

    v vv v

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phase

    v vv vv v Focus on work resultsFocus on work results

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phasev v

    v v

    User can add (project-specific) classes

    User can add (project-specific) classes

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    ALIGNED to ISO 12006-2: 2015

    KEY CHARACTERISTICS / SYSTEMS

    CLEAR

    UNIQUE CODE for type of objectUNIQUE CODE for single object

    USEABLE in a detailed level

    ADAPTABLE / FLEXIBLE

    STABLE / USEABLE over entire life cycleREADABLE / UNDERSTANDABLE

    NEUTRAL (independent of software)

    CL

    AS

    S.

    CO

    DIF

    .C

    LA

    SS

    IFIC

    AT

    ION

    CO

    DIF

    ICA

    TIO

    N

    4. BIM Key characteristics - Comparison

    UNIQUE CODE for single object

    vv

    STABUVMSW

    v vv v

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phase

    v vv vv v Focus on work resultsFocus on work results

    Difficult in early phases (pre-design,…)Main purpose = tool for specific phasev v

    v vv v

    User can add (project-specific) classes

    User can add (project-specific) classes

  • 06-06-17

    21

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    Questions?

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    K E Y C H A R A C T E R I S T I C S

    U S E

    2. Analyse methode

  • 06-06-17

    22

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    Vergadering 31 mei 2017 – WG1 Cluster –

    USE classification in a case study

    5. Use – VMSW

    26.26 Draagvloerenbeton, ter plaatse gestortwithout openings

    10. Grondwerken

    20. Metselwerkwithout openings

    30. Dakopbouwhellend dakwithout openings

    68. Ventilatie

    (Table Complexes) (Table Entities)TABLE

    (Table Elements)No tableavailable

    for this level

    No tableavailable

    for this level

    Not last level

    Not last level

    Not last level

    Not last level

    Not last level

    Klik om de stijl te bewerkenWG 1

    Vergadering 31 mei 2017 – WG1 Cluster –

    No code for Walls with openings

    / (Table Elements) (Table Systems) (Table Products)

    20. Metselwerk

    40 Buitenschrijnwerk

    22. Gevelmetselwerk

    21 Spouwmuurisolatie

    29.10 Binnenspouwblad - algemeen

    50 Binnenpleisterwerken

    80 Binnenschilderwerken

    ? Vensters ?

    ? Deuren ?

    5. Use – VMSW

    USE classification in a case study

    22.21.20 gevelstenen - bakstenen/handvorm- envormbakstenen21.11.11 materialen - mortel/metselmortel - voor algemene toepassing

    20.23.10 binnenspouwblad - betonsteen met gewone granulaten/dikte 14 cm20.11.10 materialen - metselmortel/voor algemene toepassing (G)

    80.11 Binnenschilderwerken op pleisterwerk - acrylaathars

    40.71 Omkaderingselementen - hout

    40.61 raamdorpels - aluminium

    40.21 Hang- en sluitwerk - standaard40.51 Vulpanelen - kunststof

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    5. Use – STABU

    USE classification in a case studyhttp://www.stabu.org/wp-content/uploads/2015/03/Project_woonhuis_3d_model.pdf

    Example of STABU used in BIMgiven by Stichting STABU itself

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    5. Use – STABU

    ?

    “Spaces” – table 1 “Spaces” – table 2

    09 VloerenWithout openings

    01 Funderingen

    12 DakenWithout openings

    Table “BS&I”

    USE classification in a case study

    07.11 Ventilatie-installaties

    03 BuitenwandenWithout openings

    Not last level

    ?

    ?

    Not last level

    Not last level

    Not last level

    Not last levelIn other subtable!“03 Werktuigbouwkunde”i.p.v. “02 Bouwkunde”

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    03 Buitenwand

    No code for Walls with openings

    03.10.0001 Baksteen metselsteen – met mortel/ Table “BS&I” Table “BS&I” Table “BS&I”

    04.08 Toegangsvoorzieningen, buitendeuren

    03.10 Gemetselde buitenwand- baksteen/

    03.12 Gemetselde buitenwand- betonsteen

    08.01 Binnenpleistersystemen

    19 Beschermlagen

    Only available as combination “stone & mortar”

    03.12.0001 Betonsteen metselsteen – met mortel

    Only available as combination “stone & mortar”

    Not available

    08.01.0001 Binnenpleistersysteem - baksteen

    19.21 Verfsystemen, steenachtige materialen

    04.08. 002 … metalen buitendeur04.08.0001 … houten buitendeur

    5. Use – STABU

    21- 02 20 20 10 Exterior Operating Windows

    USE classification in a case study

    Not last level

    No clear differentiation between inner wall, outer wall and wall as a whole

    Lack of consistency: finish of an exterior wall only available under “Finish of interior walls” (“08. Binnenwandafwerkingen”)

    Not clear: is “pleister” a “steenachtig materiaal”?Differentiation to painting on masonry, stone…?

    Not clear: how to chose between “04.08, … buitendeuren”, “04.09, … buitendeursets”, “04.10, … industriële deuren”, “04.12, … commerciële deuren” ?

    No possibility to classify more in detail;only differentiation between type of doors based on main material

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    5. Use – Comparison

    OmniClass

    Element including all layers(Ex: Wall including structure, insulation,…)

    vv

    UniClass2015CCSBB/SfB

    Entire project(Ex: House + garage + garden)

    Element including openings(Ex: Wall + windows + doors)

    Each layer (Systems)(Ex: structuring part of wall)

    vv

    vv vv

    vv vv

    vv vv

    USE classification in a case study

    Need BB/SfB +

    Need BB/SfB +

    Not allNeed of BB/SfB+

    Components of layer (Products)(Ex: Blocks)

    v v(CCS properties)

    vNot all

    v

    Entity(Ex: House)

    vv vv

    Not all

    STABU

    v

    VMSW

    v

    v v

    v v

    v v

    v v

    v v

    1 tab

    le for

    diffe

    rent

    levels

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    USE classification in a case studyProduct (block)System (structural leaf)Element (wall assembly)Facade Block, part of structural leaf, part of wall

    assembly, part of facade

    B3

    OmniClass

    UniClass2015

    CCS

    BB/SfB (21)++

    EF_25_10

    21-02 20 10

    Need of BB/SfB+

    Not last level of table

    Need of propertiesBD5 ULH4 [L]§B3. AD5. BD5. ULH4AD5

    (21/2) (21)++. (21)+. (21/2). Ff2(21)+ Ff2

    EF_25_10. Ss_25_13_50_51. Pr_20_93_52_01Ss_25_13_50_51 Pr_20_93_52_01

    21-02 20 10 20 21-02 20 10. 21-02 20 10 20. 23-13 21 11 1123-13 21 11 11

    /

    /

    5. Use – Comparison

    VMSWSTABU

    / 29.10 /20.23.10/

    / 03.12 ///

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    USE classification in a case study

    5. Use – Practical example

    Use of STABU as a framework for cost calculationsP. Bovens, PB Calc & Consult

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    Questions?

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    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    K E Y C H A R A C T E R I S T I C S

    U S E

    2. Analyse methode

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    IMPLEMENT classification IN SOFTWARE

    6. Implementation in software – VMSW & STABU

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    6. Implementation in software – VMSW & STABU

    Table En (Entities)Table EF (Elements) Table Ss (Systems) Table Pr (Products)

    Table 21 (Elements)Table 23 (Products)Apply Predefined Rules

    Manage IFC Properties

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    6. Implementation in software –STABU

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    6. Implementation in software –STABU

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    To see the parts of the wall

    6. Implementation in software – VMSW & STABU

    The code for the entire wall

    Assembly code

    Keynote

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    Finishing (brick cladding)Air layerInsulationBlocks layerInterior finsishing

    6. Implementation in software – VMSW & STABU

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    The code for the part of the wall can be written in Keynote

    6. Implementation in software – VMSW & STABU

    Keynote

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    6. Implementation in software – Conclusion

    Revit Archicad

    Classification always exported as: IfcClassificationReference

    If we write the code in Identity Data - Assembly Code, classification exported as:IfcClassificationReferenceProperty Set

    IMPLEMENT classification IN SOFTWARE

    If we write the code in Identity Data – Keynote, classification exported as:Property Set

    If we use Classification Manager, the code is in Data, classification exported as:Property Set

    Not possible to export classification of parts of the wall (?)

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    6. Implementation in software – Conclusion

    2 similar objects can be classified with 2 different classification systems within the model

    Can be applied to the same object with the PLUGINClassification Manager

    NOT possible to classify the parts of an element (systems)

    Standard use: classify the parts of an element (systems) in Keynote

    IMPLEMENT classification IN SOFTWARE

    Revit Archicad

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    6. Implementation in software – Practical example

    Linking BIM-objects to the VMSW-classification in ArchicadS. Boeykens, KUL & D-Studio

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    Questions?

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    Vergadering 31 mei 2017 – WG1 Cluster –

    W E B S I T E S

    P L U G I N s

    I M P L E M E N T I N S O F T WA R EI D E N T I T Y C A R D

    K E Y C H A R A C T E R I S T I C S

    U S E

    2. Analyse methode

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    Existing PLUGINs to implement classification in softwares

    7. PLUGINs – VMSW & STABU

    No PLUGINs ? PLUGIN C3Ahttp://www.c3a.be/software/autodesk-revit/c3a-extensies

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    7. PLUGINs – VMSW & STABU

    Classification Manager

    Add-Ins

    Classification Manager

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    7. PLUGINs – VMSW

    Linking BIM-objects to the VMSW-classification via the C3A-plugin J. Vandamme, C3A

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    Questions?

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    9. Critical remarks & discussion

    DISCUSSION

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    9. Critical remarks & discussion

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    9. Critical remarks & discussion

    KUBUSinfo.nl > KUBUS Spexx > Resultaten enquête

    WEBSITES to inform about classification

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    9. Critical remarks & discussion

    STABU > Nieuws > STABU luistert naar de markt (19/05/2017)

    WEBSITES to inform about classification

    1. NL/SfB integrated in STABU Bouwbreed

    2. BS&I online published as free standard

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    9. Critical remarks & discussion

    WEBSITES to inform about classification

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    9. Critical remarks & discussion

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    9. Critical remarks & discussion

    Atlas van Open BIM-standaardenhttp://www.bimloket.nl/Atlasvan-open-BIM-standaarden

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    9. Critical remarks & discussion

    WEBSITES to inform about classification

    Generieke lessen m.b.t. classificatie voor BIM?

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    Questions?