Developments in BIM Infrastructure Design. Barry Blake 3 rd June 2014

Transcription

1 Developments in BIM Infrastructure Design Barry Blake 3 rd June 2014

2 BIM Infrastructure Design BIM Collaboration / Sharing / Design validation / Integrating various elements of design What are we delivering 3D Designs with intelligence Sharing information How are we delivering Listening to and working with industry Building BIM solutions Integrating with other design tools A BIM Workflow

3

4

5

6

7

8

9

10 PDS Volumetrics Conversion of 2D into 3D models Drawings PDF s Image 1 Dynamic updating Contours / Levels / Sections Grids of levels Interrogate multiple surfaces colour coded cut / fill depths Construction build ups User defined material libraries / build ups Earthworks optimisation / Cut and fill Through multiple strata To a datum Image 2 Borehole modelling AGS or user input

11 PDS Alignments Interactive horizontal and vertical design Automatic vertical alignment design Based on user defined parameters Image 1 Dynamic alignment editing Change the design at any stage in the process Violation checks Against design parameters Varying width carriageways Single / dual Freeform Edit at any stage of the design 3D junctions / t-heads Image 2 Full cross-section definition User defined annotation styles Design and setting out reports

12 PDS Highway / Advanced Design Transition curve design Curve by curve Compound / reverse Full control over leading / trailing Image 1 Super elevation application Automatic User controlled Violation checks Advanced design parameters Forward / overtaking visibility checks Junction visibility checks Advanced Design complex junctions Roundabouts - Stockdales rolling crown method Widening schemes Image 2

13 PDS Drainage Design Interactive rule based layout Intelligent response to surface condition Cover levels Cover depths Image 1 Automated numbering /re-numbering Pipe runs Manholes Micro Drainage integration Networks Design models / Storage ponds Annotation Layout Manhole and Drainage schedules Image 2 Combined road and drainage sections Clash checks 3D Drainage networks

14 PDS Overlay Survey data total station CAD PDF ESRI chain and offset Existing cross fall analysis Design from the crown or channels Threshold tie in analysis Iterative design refinement Setting out information Optimise re-use of planed material Construction quantities and drawings Image 1 Image 2

15 PDS VR Generate visuals directly from the design Walk, drive and fly through designs Generate fixed images Add trees, people, vehicles and buildings Distribute to customers with the free viewer Communicate your ideas Image 1 Image 2

16 PDS Vehicle Path Analysis Assess alternatives quickly Test vehicle movements Pre-defined and user definable vehicles Follow a pre-defined path or drive Simulate forward and reverse movement Replay vehicle movement Image 1 Image 2

17 PDS Line All of the required DfT diagrams Defined marking parameters obeyed Dynamic placement tools / In place editing Line, Object, Text, Hatch objects Custom line style library Specials may be added to a library User definable text Ideal for one off situations and dual text requirements Annotation Automatically recognises diagram characteristics Automatically updates if the markings change Quantification Automatically measures all markings Output table automatically updates BIM Ready markings Automatically projects markings onto the surface Created as solids for use in Navisworks Attribute data carried over into Navisworks

18 PDS Sign Flexibility Drag and drop legend, symbols, Dynamic automatic vertical spacing 2 symbols & plate on a map symbol exit arm Alignment tools Optimisation of flag sign size Support for the popular passive posts Lattix, Spectralyte, Jerol, FSP Post and Foundation design to EN12899 Guides the user Foundation/Post detailed drawing Fully dimensioned drawing output Sloping or level ground Combined or individual bases Plan siting Thumb nails on the plan Visibility checks in 3D Sign schedules BIM Ready structures Import into Navisworks Unique identifier Attribute data carried through Image 1 Image 2