SmartFrame Software QA Master.pub - Tilling Timber
SmartFrame Software QA Master.pub - Tilling Timber
SmartFrame Software QA Master.pub - Tilling Timber
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Soware Quality Assurance<br />
Appendix A<br />
<strong>SmartFrame</strong> Soware<br />
Quality Assurance plan ‐<br />
Cerficate of Compliance<br />
(revision date 30 April 2012)<br />
Controlled Document – Soware Quality Assurance Program 21
A <strong>SmartFrame</strong> <strong>Software</strong> Compliance Certificate<br />
A1 Soware Title and Version<br />
Soware Quality Assurance<br />
This compliance cerficate relates to Version 13 <strong>SmartFrame</strong> soware, which is distributed in two<br />
(2) forms:<br />
i) <strong>SmartFrame</strong> Suite<br />
ii) <strong>SmartFrame</strong> Quick Design (<strong>SmartFrame</strong> Quick Design being a freestanding module<br />
from the <strong>SmartFrame</strong> Suite)<br />
A2 Ownership and Copyright<br />
All intellectual property and the copyright of <strong>SmartFrame</strong> soware is wholly owned by <strong>Tilling</strong><br />
<strong>Timber</strong> Pty Ltd.<br />
The management of the soware is as shown in clause 1.3 of the S<strong>QA</strong>P , the Project Manager being:<br />
Naonal Product Manager—EWP<br />
<strong>Tilling</strong> <strong>Timber</strong> Pty Ltd<br />
31‐45 Orchard Street<br />
Kilsyth Vic 3137<br />
E: smartdata@lling.com.au<br />
Ph: 03 7925 0222<br />
Fx: 03 9725 6569<br />
A3 NCC<br />
The soware is engineered to conform to volume 2 BCA 2012 and its referenced documents.<br />
The individual models within <strong>SmartFrame</strong> are set up to follow the strength and serviceability criteria<br />
as listed in AS 1684:1999 as a basis, BUT have been modified in the following manner:<br />
1. Load combinaon factors have been amended to reflect AS 1170.0:2002<br />
2. Permanent, imposed and other acons as defined within NCC Volume 2 Part 2.1 reflect the<br />
worst case values of AS 1170.1, <strong>Timber</strong> soluons soware and AS 1684.1:1997 e.g. Balcony<br />
LL of 3.0 KPa within AS 1684.1 is greater than that specified in AS 1170.1<br />
3. Serviceability limits for glulam members follow the Glued Laminated <strong>Timber</strong> Associaon<br />
(GLTAA) Technical data sheet No. 3 – Uniform Design Criteria. This acon is to keep the design<br />
of SmartLam glulam consistent with span tables etc produced with the GLTAA soware.<br />
The following acons listed within NCC Volume 2 Part 2.1 are NOT included within the soware:<br />
i. Earthquake<br />
ii. Liquid pressure<br />
iii. Ground water acon<br />
iv. Rainwater (including ponding)<br />
v. Earth pressure<br />
vi. Differenal movement<br />
vii. Thermal effects<br />
viii. Ground movement<br />
ix. Construcon acvity<br />
x. termites<br />
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Soware Quality Assurance<br />
To maintain its currency to the NCC, the mandatory soware registraon process expires at the<br />
end of 12 months and coincides with the release of annual NCC revisions so that the user is forced<br />
to re‐register the soware and thus any necessary amendment or changes to the soware can be<br />
implemented.<br />
A4 Scope<br />
The FREE <strong>SmartFrame</strong> soware is a structural analysis, design, layout and take‐off tool primarily<br />
for the design of proprietary <strong>SmartFrame</strong> Engineered <strong>Timber</strong> Products (EWP) but also allows the<br />
user to design non‐proprietary common mber groups which have Characterisc Properes defined<br />
within Table 2.1 of AS 1720.1. No tables for the design of <strong>SmartFrame</strong> EWP (I‐Joists, LVL and<br />
Glulam) are included in AS 1684 and as such are an “alternave soluon” within the BCA. Smart‐<br />
Frame soware also allows the user to:<br />
A5 User Qualificaons<br />
i) design bracing requirements as per secon 8 of AS 1684.2<br />
ii) design hold down requirements as per secon 9 of AS 1684.2<br />
iii) create standard fixing details for <strong>SmartFrame</strong> EWP<br />
iv) fixing brackets for <strong>SmartFrame</strong> EWP and generic solid mber sizes<br />
v) produce a comprehensive report which includes computaons and cerficaon<br />
documents<br />
The <strong>SmartFrame</strong> soware is specifically targeted at the building industry praconer that has an<br />
understanding of AS 1684 and is capable of reading the span table within thatdocument.<br />
There is no capacity for users to alter/amend or vary any of the pre‐set engineering parameters<br />
within the program or material characterisc properes.<br />
Advanced Features within this module are protected from “non‐competency assessed” users by<br />
the adopon of differing Registraon Codes, with certain advanced features only available to users<br />
who demonstrate wrien competency in the relevant areas.<br />
The full descripon of the <strong>SmartFrame</strong> Training and the associated competency levels is included<br />
in clause 4.2‐4.3 of the S<strong>QA</strong>P.<br />
The <strong>SmartFrame</strong> training program is currently recognised by the Victorian Building Commission<br />
with Registered Building Professionals successfully compleng the program being awarded 2 CPD<br />
points.<br />
A full list of qualified operators including their level of competency is maintained (S<strong>QA</strong>P form 16)<br />
A6 Product Installaon Instrucons<br />
The <strong>SmartFrame</strong> suite contains a module called “Connecon Details” which includes all the nonindustry<br />
standard fixing details for <strong>SmartFrame</strong> EWP .<br />
These details are in three (3) different formats, PDF, DXF and DWG files. The soware user can<br />
print the required details, create a collecon of these details and print or import to their CAD<br />
drawing or add the relevant details to the “Construcon Issue” drawing produced by the Smart‐<br />
Frame soware.<br />
On installaon, the <strong>SmartFrame</strong> soware also creates a separate <strong>SmartFrame</strong> Design Library on<br />
Controlled Document – Soware Quality Assurance Program 23
Soware Quality Assurance<br />
the desktop, displaying all the relevant <strong>SmartFrame</strong> EWP Design Guides as PDFs, the user able to<br />
view each of the Design Guides as a flip book.<br />
All Design Guide for <strong>SmartFrame</strong> product are also available in hard copy from any <strong>Tilling</strong> <strong>Timber</strong> Pty<br />
Ltd state office and selected <strong>SmartFrame</strong> resellers.<br />
A7 <strong>SmartFrame</strong> Soware Help Guide<br />
An integrated Help Guide is built into the <strong>SmartFrame</strong> soware<br />
A8 History of Revision<br />
The revision history of the <strong>SmartFrame</strong> soware is contained within secon 1.3 of the <strong>SmartFrame</strong><br />
soware Quality Assurance plan<br />
A9 Soware Features<br />
<strong>SmartFrame</strong> soware both computes member loads, reacons and internal forces and provides the<br />
user with clear unambiguous advice on the compliance or otherwise of the selected range of either<br />
generic and proprietary mber members or group of members analysed to the relevant Australian<br />
Standards.<br />
The engineering assumpons, model loading combinaons, material properes and strength/<br />
serviceability criteria contained within <strong>SmartFrame</strong> are all documented in the <strong>SmartFrame</strong> Soware<br />
Analyc Fundamentals Manual, a controlled document which forms an integral component of the<br />
S<strong>QA</strong>P. An inspecon of this document, if applicable, can be arranged by contacng Naonal Product<br />
Manager ‐ EWP at <strong>Tilling</strong> <strong>Timber</strong> Pty Ltd 31‐45 Orchard Street Kilsyth Vic 3137.<br />
A10 Soware Quality Assurance<br />
The <strong>SmartFrame</strong> soware is managed as per the <strong>SmartFrame</strong> Quality Assurance Plan (S<strong>QA</strong>P)<br />
A11 Soware Evaluaon<br />
Validaon of the soware is carried out using a number of methods including:<br />
i) Alternave method of structural analysis and design by selecng a variety of typical<br />
building applicaons and selecng a variety of structural configuraons<br />
ii) Analysis of the loading paerns, strength /serviceability limits and other relevant assumpons<br />
by selecng a variety of typical building applicaons and selecng a variety of<br />
structural models within <strong>SmartFrame</strong>. All parculars of each model are listed within the<br />
<strong>SmartFrame</strong> Soware Analyc Fundamentals Manual<br />
A12 Soware Outputs<br />
The soware outputs comply with clause 5 of the Protocol for Structural Soware , namely:<br />
1. Name and version number of the soware<br />
2. Declaraon of compliance and locaon of the compliance document<br />
3. Name and edion of the NCC and the relevant referenced documents incorporated<br />
within the soware are listed<br />
4. Specific recommended installaon procedures if necessary for that design<br />
Controlled Document – Soware Quality Assurance Program 24
Soware Quality Assurance<br />
5. Discreonary Input parameter sengs that are allowed within the NCC or referenced<br />
document such as building class, load capacity factors based upon the<br />
use of the building<br />
6. Name of the person who has used the program and <strong>SmartFrame</strong> training cerficate<br />
number where applicable<br />
A13 Declaraon of Compliance<br />
As a professional engineer, qualified and experienced in mber engineering, I cerfy that the<br />
<strong>SmartFrame</strong> soware version 13 conforms to Volume 1 NCC part A 2.2 (b) 2012 and Volume 2 part<br />
1.2.2 (b) NCC 2012. This document is located at<br />
<strong>Tilling</strong> <strong>Timber</strong> Pty Ltd 31‐45 Orchard Street Kilsyth Vic 3137 Ph: 03 9725 0222<br />
with a copy available at www.lling.com.au.<br />
Craig Kay, PEng, EC1961, RPEQ5100, BPB0730, CC5635C, NPER<br />
Naonal Product Manager ‐ EWP<br />
A14 <strong>SmartFrame</strong> Soware Validaon<br />
I, Andrew Dunn, have carried out an independent evaluaon of the <strong>SmartFrame</strong> soware prepared<br />
under the S<strong>QA</strong>P and that in my opinion it :<br />
1. Executes an appropriate structural analysis and design based on sound engineering<br />
principles<br />
2. Applies any relevant provisions, including discreonary design factors, in the appropriate<br />
Australian Standards or other relevant documents<br />
3. Selects appropriate proprietary components for use in parcular applicaons<br />
Name: Andrew Dunn Cerficaon Date: 30/04/2012<br />
Relevant Qualificaons: BE (civil/structural), MTE<br />
Address: <strong>Timber</strong> Development Associaon (NSW) 486 Pacific Highway St Leonards NSW 2065<br />
Signature: ……………………………………………………...<br />
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Soware Quality Assurance<br />
A14 Sample input screen<br />
(a) Client details screen (where structural category and building classificaon are input)<br />
(b) Quick Design input screen<br />
Controlled Document – Soware Quality Assurance Program 26
A15 Output screens<br />
Soware Quality Assurance<br />
(a)<br />
Computaonal output<br />
(b) Cerficaon page<br />
Controlled Document – Soware Quality Assurance Program 27