BuiltWorks â an integrated structural steel design application ...
BuiltWorks â an integrated structural steel design application ...
BuiltWorks â an integrated structural steel design application ...
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
www.builtworks.eu<br />
<strong>BuiltWorks</strong> – <strong>an</strong> <strong>integrated</strong><br />
<strong>structural</strong> <strong>steel</strong> <strong>design</strong> <strong>application</strong><br />
working within the SolidWorks<br />
environment<br />
Developed by engineers for use by their peers,<br />
<strong>BuiltWorks</strong> is a real tool for the execution of real work,<br />
in real time, in the real world.<br />
<strong>BuiltWorks</strong> is a high-perform<strong>an</strong>ce software <strong>application</strong><br />
for real-time <strong>steel</strong> <strong>design</strong> within the SolidWorks<br />
environment, providing tools for 3D solid parametric<br />
modelling, <strong>an</strong>alysis <strong>an</strong>d <strong>design</strong>, connection detailing <strong>an</strong>d<br />
automatic generation of both drawings <strong>an</strong>d reports.<br />
<strong>BuiltWorks</strong> as a software product was developed to<br />
meet the Architectural, Engineering, Construction <strong>an</strong>d<br />
Pl<strong>an</strong>t industries requirements for high perform<strong>an</strong>ce<br />
flexible <strong>an</strong>d versatile tools that include extended integration<br />
capabilities to <strong>an</strong>alysis software.<br />
<strong>BuiltWorks</strong> closely emulates the natural <strong>design</strong> workflow<br />
process to which <strong>structural</strong> engineers are naturally<br />
accustomed. This became possible by exploiting<br />
SolidWorks native parametric modelling environment,<br />
in which the user c<strong>an</strong> operate intuitively. The process<br />
simult<strong>an</strong>eously achieves high-quality results by the<br />
<strong>application</strong> of built in <strong>an</strong>d adaptive workflow optimisation<br />
tools targeted at <strong>structural</strong> <strong>design</strong> st<strong>an</strong>dards <strong>an</strong>d<br />
specific requirements.<br />
<strong>BuiltWorks</strong> has been <strong>design</strong>ed with <strong>an</strong> underst<strong>an</strong>ding<br />
<strong>an</strong>d consideration of team-workflow <strong>an</strong>d is suitable<br />
both for a single PC user <strong>an</strong>d a multi-user network<br />
environment. Individual members of a workgroup c<strong>an</strong><br />
therefore collaborate effectively, performing the multiple<br />
tasks associated with construction <strong>design</strong>, <strong>an</strong>alysis,<br />
creation of general <strong>an</strong>d detailed drawings <strong>an</strong>d the<br />
preparation of specifications <strong>an</strong>d estimates.<br />
Image courtesy of OKZ Holding Baltija UAB<br />
<strong>BuiltWorks</strong> is aimed at 3D modelling, <strong>an</strong>alysis <strong>an</strong>d <strong>design</strong>, connection<br />
detailing, coupled with automated drawing <strong>an</strong>d report generation.<br />
www.solidace.com
www.builtworks.eu<br />
Really useful facilities for <strong>steel</strong>work <strong>design</strong>, with a cutting edge<br />
SolidWorks 3D solid parametric modelling approach. This approach<br />
incorporates <strong>design</strong> <strong>an</strong>d <strong>an</strong>alysis tools, connection detailing <strong>an</strong>d the<br />
automatic generation of drawings <strong>an</strong>d reports.<br />
3D Modelling<br />
<strong>BuiltWorks</strong> maintains <strong>an</strong> intelligent <strong>an</strong>d true solid model-based, SolidWorks architecture.<br />
This enables the user to create 3D simulated real-world structures containing all the information<br />
required for the <strong>design</strong>, m<strong>an</strong>ufacturing <strong>an</strong>d construction of <strong>steel</strong>work structures <strong>an</strong>d<br />
assemblies.<br />
<strong>BuiltWorks</strong> uses embedded SolidWorks <strong>an</strong>d add in modelling tools that facilitate the creation<br />
of a 3D parametric model of a structure under <strong>design</strong> by using SolidWorks Weldment<br />
<strong>an</strong>d <strong>BuiltWorks</strong> Structural members both in Part <strong>an</strong>d Assembly. These members are placed,<br />
per the user’s choice, in the context of a parametric wire frame sketch, building grid axes or<br />
existing nodes <strong>an</strong>d elements <strong>an</strong>d these are linked by association to the 3D representation.<br />
Model history is consistently written to a SolidWorks Feature tree which stores all information<br />
about model history, <strong>structural</strong> elements <strong>an</strong>d details, as well as relations <strong>an</strong>d attributes.<br />
The information is easily accessible <strong>an</strong>d may be updated or modified simply from the model<br />
tree.<br />
The principal feature of <strong>BuiltWorks</strong> is parameter driven architecture, achieved by the automated<br />
safeguarding of elemental inter-relational rules. Some elements may be <strong>design</strong>ed as<br />
basic elements, e.g., grid axes, working pl<strong>an</strong>es, single members or member array, while others<br />
are placed in the context of the existing elements <strong>an</strong>d are parametrically associated with<br />
them. Thus, when the model or one of its components is modified, the effects of the ch<strong>an</strong>ge<br />
to a <strong>structural</strong> element or connection are propagated from one object to <strong>an</strong>other in accord<strong>an</strong>ce<br />
with pre-defined parameters. This allows models to be modified quickly <strong>an</strong>d effectively<br />
in <strong>an</strong>y <strong>design</strong> phase.<br />
Image courtesy of OKZ Holding Baltija UAB<br />
<strong>BuiltWorks</strong> has extended International st<strong>an</strong>dard libraries of <strong>steel</strong> sections <strong>an</strong>d materials are<br />
available while, in addition, the user c<strong>an</strong> create <strong>an</strong>d store elements of arbitrary shapes <strong>an</strong>d<br />
parametric sections which c<strong>an</strong> accommodate for curved <strong>an</strong>d tapered members.<br />
<strong>BuiltWorks</strong> has flexible tools for the modelling of member connections. The modelling engine<br />
provides features that enable rules to be defined or set on the connection of <strong>structural</strong> elements,<br />
assigning chosen priorities. These innovations allow the precise <strong>an</strong>d smooth allocation<br />
of <strong>structural</strong> elements with the inherent ability to m<strong>an</strong>ipulate them: setting relations,<br />
aligning, joining <strong>an</strong>d cutting, placing connection plates <strong>an</strong>d fasteners.<br />
<strong>BuiltWorks</strong> contains st<strong>an</strong>dard connections prototype libraries, easily exp<strong>an</strong>ded by new<br />
customised solutions. All <strong>structural</strong> elements are linked in <strong>an</strong> associative database so that a<br />
cross-section parameter <strong>an</strong>d materials constitute <strong>an</strong> integral attribute of the model.<br />
SolidWorks <strong>an</strong>d SolidWorks Simulations are Software products <strong>an</strong>d registered trademarks of Dassault Systèmes SolidWorks Corp.<br />
STAAD.Pro <strong>an</strong>d RAM are Software products <strong>an</strong>d registered trademarks of Bentley Systems, Inc.<br />
SCAD is Software product <strong>an</strong>d registered trademark of SCAD Soft.<br />
LIRA is Software product <strong>an</strong>d registered trademark of NIIASS, LIRA Soft.<br />
Other br<strong>an</strong>d or product names are trademarks or registered trademarks of their respective holders.<br />
www.solidace.com
www.builtworks.eu<br />
Really seamless links from the SolidWorks environment to SolidWorks<br />
Simulation for the FE <strong>an</strong>alysis of <strong>steel</strong> structure. In addition, links are<br />
available to leading third-party <strong>structural</strong> Analysis <strong>an</strong>d Design systems<br />
like STAAD.Pro, RAM, SCAD, LIRA <strong>an</strong>d other.<br />
Analysis <strong>an</strong>d<br />
Design<br />
<strong>BuiltWorks</strong> generates <strong>an</strong> input file in the form of the preferred CAE system. Geometry of the<br />
model, member cross-section data, offsets of joints housing all the true physical parameters<br />
<strong>an</strong>d materials are read: density, strength, module of elasticity <strong>an</strong>d others. From one physical<br />
model several vari<strong>an</strong>ts of <strong>an</strong> <strong>an</strong>alysis model may be created by the user.<br />
Using <strong>BuiltWorks</strong> the <strong>an</strong>alysis <strong>an</strong>d <strong>design</strong> system is launched directly from the SolidWorks<br />
environment. After <strong>structural</strong> <strong>an</strong>alysis <strong>an</strong>d <strong>design</strong> of the model is performed, results for sections<br />
received during Code check are automatically tr<strong>an</strong>sferred <strong>an</strong>d assigned to the elements<br />
of the <strong>structural</strong> model; the elements are updated in accord<strong>an</strong>ce with the parametric model<br />
connections <strong>an</strong>d rules.<br />
The available <strong>BuiltWorks</strong> import of Analysis models from third party FEA systems like<br />
STAAD.Pro, RAM, SCAD <strong>an</strong>d LIRA to SolidWorks, automatically tr<strong>an</strong>sforms the model to a<br />
physical solid model for future detailing <strong>an</strong>d drawings generation.<br />
• Pre-Processor features for Analysis Software that includes reading of model<br />
geometry, section properties, connection offsets, material properties <strong>an</strong>d const<strong>an</strong>ts<br />
from the physical model <strong>an</strong>d it’s intelligent tr<strong>an</strong>sformation to <strong>an</strong>alysis model.<br />
• Analysis using SolidWorks Simulation.<br />
• Integrated two-way interface to leading third-party <strong>structural</strong> <strong>an</strong>alysis <strong>an</strong>d <strong>design</strong><br />
system STAAD.Pro that includes export of physical model to STAAD.Pro, import of<br />
<strong>an</strong>alysis model from STAAD.Pro, import of <strong>design</strong> results from STAAD.Pro, parametric<br />
model update reflecting results of <strong>design</strong>.<br />
• Seamless linkage from/to SolidWorks environment to/from third-party local market<br />
leaders <strong>structural</strong> <strong>design</strong> <strong>an</strong>d <strong>an</strong>alysis system like:<br />
– RAM (USA)<br />
– SCAD, LIRA (Russia & CIS)<br />
– MATRIX Frame (Netherl<strong>an</strong>ds)<br />
– <strong>an</strong>d others.<br />
• Integration between <strong>an</strong>y Structural Analysis <strong>an</strong>d Modelling Software through<br />
exch<strong>an</strong>ge formats:<br />
– SDNF<br />
– CIS /2.0<br />
– STD.<br />
• Seamless linkage to third-party Connection Analysis Software.<br />
Image courtesy of IN RE UAB<br />
www.solidace.com
www.builtworks.eu<br />
Really Cost-effective system aimed at shortening the project<br />
throughput time, enh<strong>an</strong>cing productivity <strong>an</strong>d increasing profitability<br />
<strong>an</strong>d the accuracy of results using SolidWorks as the professional<br />
<strong>structural</strong> framework.<br />
Drawings <strong>an</strong>d<br />
Specifications<br />
<strong>BuiltWorks</strong> allows automatic generation of <strong>design</strong> stage general arr<strong>an</strong>gement drawings,<br />
detailed fabrication drawings of <strong>steel</strong> assemblies’ as well as component workshop drawings<br />
at <strong>an</strong>y time throughout the process. A large r<strong>an</strong>ge of international st<strong>an</strong>dard formats <strong>an</strong>d<br />
differing page layout templates are embedded <strong>an</strong>d c<strong>an</strong> be customized.<br />
Users may choose st<strong>an</strong>dard or a customised style of labelling. Thus, complete correlation<br />
between the project <strong>an</strong>d the printed information is ensured <strong>an</strong>d errors <strong>an</strong>d discrep<strong>an</strong>cies are<br />
prevented. <strong>BuiltWorks</strong> employs regulations <strong>an</strong>d rules of drawing <strong>an</strong>d st<strong>an</strong>dard labelling symbols<br />
<strong>an</strong>d styles according to ANSI, ISO, BS, <strong>an</strong>d GOST st<strong>an</strong>dards. The user has full control<br />
over attributes of drawings: layers, colours, line thickness, which allows the creation <strong>an</strong>d<br />
<strong>application</strong> of project/enterprise st<strong>an</strong>dards in drawing.<br />
Project drawings – assembly schemes, pl<strong>an</strong>s, facades, cross-sections, <strong>an</strong>d other st<strong>an</strong>dard<br />
or user-defined 2D views are created directly from a general 3D model of a building. All<br />
<strong>structural</strong> elements are linked to databases <strong>an</strong>d so the marking of the structure, in assembly<br />
schemes <strong>an</strong>d drawings, is completely automated. Due to the associative link to the model, 2D<br />
views c<strong>an</strong> be edited directly in the 3D model.<br />
Image courtesy of Mazeikiu Nafta AB<br />
<strong>BuiltWorks</strong> provides the user with a versatile tool that c<strong>an</strong> report practically <strong>an</strong>ything that<br />
is included in the model. <strong>BuiltWorks</strong> creates general <strong>an</strong>d consolidated tables, reports, bills of<br />
material (BOM), construction lists <strong>an</strong>d specifications from the general model of the building.<br />
The number of components for specification c<strong>an</strong> be obtained by defined methods using the<br />
length, surface area or volume parameters. Tables of specifications are generated directly<br />
into the drawing or tr<strong>an</strong>sferred for further processing into Microsoft Excel. Since reports are<br />
linked to the model, <strong>an</strong>y ch<strong>an</strong>ges in the model automatically invokes <strong>an</strong> update to the report.<br />
Tr<strong>an</strong>slators to<br />
CAD/CAM Systems<br />
<strong>BuiltWorks</strong> c<strong>an</strong> read <strong>an</strong>d save data in popular industrial formats, including SDNF <strong>an</strong>d<br />
CIS/2.0. This ensures integration of the data between SolidWorks <strong>an</strong>d other CAD systems<br />
including those for <strong>steel</strong> detailing <strong>an</strong>d allows <strong>steel</strong> m<strong>an</strong>ufacturers to use models or drawings<br />
generated in digital machine-tool control <strong>application</strong>s.<br />
<strong>BuiltWorks</strong> automatically produces CNC data for shop machinery in DSTV <strong>an</strong>d DXF formats.<br />
SolidACE Ltd.<br />
Verkiu str. 30A-12, O8221 Vilnius, Lithu<strong>an</strong>ia<br />
Phone/Fax: +370 5 212 4660, office@solidace.com