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Timber bridges
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Timber Bridge Partnership
The NSW Government& invested $60 million in a& Timber Bridge Partnership, to
upgrade council managed timber bridges on Regional Roads, on a 50:50 cost
sharing basis.& The program began in 2006 and concluded in June 2011.Under the partnership 172 replacement bridges have been provided across 57
council areas (by June 2011).Many of these bridges have also been widened from one lane to two lanes and
placed on improved road alignments, to remove dangerous curves on the old
approaches.Bridges provide essential links for rural and regional NSW and this program
has helped to keep communities connected by providing safe and reliable access
for the basic activities associated with getting freight to markets and children
to school.The Timber Bridge Partnership has provided a boost for rural economies,
improved safety for road users and reduced future maintenance costs for
councils.View before and after photos in the photo gallery to the right of this
Timber bridge manual
The&&has been prepared to capture
Roads and Maritime Services best practices in timber bridge rehabilitation and
maintenance. It also consolidates Roads and Maritime Services timber bridge
related policies into a single document. The manual outlines current field
practices and integrates both design and field construction considerations.The manual comprises eight sections, encompassing the maintenance and
rehabilitation of all timber bridge types including trusses, beam/girder spans,
stress laminated bridges, concrete overlays, timber-concrete composites and
includes timber substructures.In the event of any inconsistency between the manual and Roads and Maritime
Services specifications, the latter shall take precedence. For clarification of
any issues, please contact Roads and Maritime Services Senior Bridge Engineer,
Rehabilitation Design within Roads and Maritime Services&Bridge Engineering on
in the first instance.To view the manual go to the&
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Timber Bridge replacements - before and after
Former Leslies Bridge, Manning River, Gloucester Shire [Oct 2008]
Timber Bridge replacements - before and after
Former Leslies Bridge, Manning River, Gloucester Shire [Oct 2008]
Timber Bridge replacements - before and after
New Leslies Bridge, Manning River, Gloucester Shire replaced under Timber Bridge Partnership [Dec 2010]
Timber Bridge replacements - before and after
New Leslies Bridge, Manning River, Gloucester Shire replaced under Timber Bridge Partnership [Dec 2010]
Timber Bridge replacements - before and after
Former Cattai Bridge over Cattai Creek on Cattai Ridge Road in Hills Shire Council area [Jan 2010]
Timber Bridge replacements - before and after
New Cattai Bridge over Cattai Creek on Cattai Ridge Road in Hills Shire Council area [Jan 2010]
Timber Bridge replacements - before and after
Pre maintenance works on Castle Creek Bridge [Nov 2003]
Timber Bridge replacements - before and after
Pre maintenance works on Castle Creek Bridge [Nov 2003]
Timber Bridge replacements - before and after
Post maintenance works on Castle Creek Bridge looking toward Young
Timber Bridge replacements - before and after
Pre maintenance works on Purcells Bridge [Nov 2003]
Timber Bridge replacements - before and after
Pre maintenance works on Purcells Bridge [Nov 2003]
Timber Bridge replacements - before and after
Post maintenance works on Purcells Bridge looking towards Batlow
Timber Bridge replacements - before and after
Post maintenance works on Purcells Bridge looking towards Adelong
Timber Bridge replacements - before and after
Pre maintenance works on Rimmers Bridge
Timber Bridge replacements - before and after
Pre maintenance works on Rimmers Bridge looking toward Adelong
Timber Bridge replacements - before and after
Post maintenance works on Rimmers Bridge looking towards Adelong
Timber Bridge replacements - before and after
Post maintenance works on Rimmers Bridge looking towards Adelong
Timber Bridge replacements - before and after
Pre maintenance works on Shaws Creek - eastern side [Nov 2003]
Timber Bridge replacements - before and after
Post maintenance works on Shaws Creek - eastern side
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Close galleryWhy Cross-Laminated Timber?
| LinkedIn
I’ve worked in the building and construction industry for more than 35 years, and I can’t express how thrilling it is to be involved in an industry full of dedication, innovation, and the desire to improve the impacts that we have on our world. We don’t want to just build structures to add to the world anymore. We want to make valued additions to the built environment by contributing buildings built with sustainable materials and that adhere to quality building standards.
Cross-Laminated Timber (CLT) allows us to do just that. It is a popular engineered wood product that is regarded by many as a “game-changer” since it provides an innovative alternative to traditional building materials such as masonry, steel, and concrete. &
CLT is comprised of several layers of kiln-dried lumber boards that are stacked in alternating directions, bonded with non-VOC and formaldehyde-free adhesives, and pressed to form a solid, straight, rectangular panel. CLT panels typically consist of an odd number of layers (usually, three to seven or more) – this cross lamination provides dimensional stability, strength and rigidity.
The applications for CLT are plentiful, and it has the potential to serve a variety of markets and industries.&Architects and engineers can use CLT for an entire building, as both the lateral and vertical load resisting system, or for select elements such as the roof, floors or walls. As a structural panel element, CLT is also used as a superior industrial matting, bridging and retaining wall product that replaces heavy timbers, steel, and concrete.
CLT panels form a robust, structurally strong building system that outperforms anything currently available in the United States. They have a structural performance similar to precast concrete wall panels, but are lighter, thinner and create a significantly lower environmental footprint than other traditional building materials. Also, CLT panels save time and money due to faster construction times, and manufactured for specific end-use applications, which results in little-to-no job site waste.
When considered over a building’s lifetime – from harvest of raw materials through manufacturing, transportation, installation, use, maintenance and disposal or recycling – wood performs better than concrete and steel, and is a more ideal material when considering embodied energy, pollution, carbon footprint and global warming potential.
The combination of structural and sustainability benefits make CLT an obvious material choice in today’s building industry, and this exciting engineered wood product affords many opportunities to develop a better-built world.
Please comment below with any questions you may have about CLT, or experiences you’ve had working with this material. And visit www.smartlam.com if you are interested in learning more about CLT. Looking for more of the latest headlines on LinkedIn?- Designing timber structures
SIGN IN YOUR ACCOUNT TO HAVE ACCESS TO DIFFERENT FEATURES
Remember me
WE DESIGN TIMBER STRUCTURES
The design team CBD
are experienced engineers highly specialized for designing timber structures. With active work in the field of timber construction development we successfully implement our knowledge, experience & innovative solution into the optimal design of demanding and daring timber structures.
&Our knowledge & experience enable us to design the most demanding of structures, which is attested by certificates. In terms of the m2 of living space, the costs associated with the Xlam construction are lower.There are numerous possibilities available in terms of the final finish an the timber structure can also be visible.The distinguishing features of our services include quick assembly & a great deal of precision in the execution of works.
THE LATEST PUBLICATION
15 May 2015 by , in News
OHS - OPEN HOUSE SLOVENIA, tourist information centre
OHS - OPEN HOUSE SLOVENIA, tourist information centre Postojna Free entace in best architecture! Tomorrow, 16.May.2015 on OHS...
26 March 2015 by , in Events
Slovenian Pavilion EXPO 2015
Presentation of the Slovenian pavilion for EXPO to Slovenian public.
THE SELECTED PROJECTS
This boldly designed house was planned on a extremely large steep slope which required pilot-driving.
The extension to the existing house is another building erected in Italy and it is located at the end of a very narrow street.
The house structure consists of CLT panels and materials of the highest quality including wood fibre panels insulation.
CBD company d.o.o. (acronym in the English language: Contemporary Building Design) consists of&a group of researchers, statikov&and&constructorsthat are highly specialized in the design and construction of wooden buildings with an emphasis on providing their seismic resistance. As&researchers,&we participate in&the development of new technologies&, both in the construction and wooden projektantskem in uvajajmo new knowledge in the field everyday construction practices. In this respect, the company is active in the promotion of sustainable CBD and ecological construction with an emphasis on increasing the comfort, the architectural expression, lifestyle choices and social values which should prevail in the postmodern society of the future.
Modern residential architecture and culture are taking ecological awareness and respect for energy-saving construction closely related to wood as a construction material, the only natural carry. The present time is dictated by the use of modern and healthy materials, supported by competent and professional projecting solutions.&It is also part of the activities in the process-oriented education of students in various colleges and architects in Slovenia as well as abroad about new technologies sustainable construction with wood. We cooperate with researchers and professors, which we include as external lecturers with practical experience in their educational process, in the execution of such tasks as well as the preparation of doctoral theses.
The current research work is oriented towards capacity building of ve?eta?nih of wooden buildings and upgrading existing energy-wasteful buildings that you can in the case of upgrades and thus yield due to the increase in sales areas, appropriate energy saniramo. In this way you can ?tevilnem an existing energy-efficient buildings to achieve the reduction through wasteful fondue energy losses, which would have a much larger effect than achieving new energy standards for new buildings.
We produce effective solutions to upgrade or parazitno upgrading of existing buildings can provide energy savings through an appropriate rehabilitation and seismic resistance.
Using a combination of innovation and engineering knowledge in the areas of:&
construction
architecture and urbanism
wood tehnology
Employee and associate structure/education:
2 Doctor of Sciences
3 University Graduates in Civil Engineering, 2 of them currently working as junior researchers in economics
2 PhD candidate
Associates: Candidates for graduation and graduates in civil engineering
Research and development projects:
Public Agency of the RS for Entrepreneurship and Foreign Investments (now SPIRIT Slovenia) – European Social Fund: Experts and Researchers for Competitive EnterprisesTIA-the European Social Fund "young researchers from the economy – 2009" and "generation of young explorers from the economy-Generation 2010 '
Public Agency for Technology Development of the Republic of Slovenia (TIA) – European Social Fund: Young Researchers for the Economy – Generation 2009 and Young Researchers for the Economy - Generation 2010
CIP-EIP-Eco-Innovation-2010 "Laminated strong eco-material for building construction made of cellulose-strengthened wood – CELLUWOOD"
Evaluation stage 2 before confirmation: WoodWisdom-Net Research Programme "URBAN WOOD - Wood based construction for multi-storey buildings. Load Bearing Timber-Glass-Composites
Completed research projects:
Increase of seismic resistance of timber structures following the "Riko hi?e" system,
Determining shear resistance of timber "block" walls following the "Lesimpex" system,
Evaluation of seismic resistance of timber structures following the "KLH" system,
Prediction of seismic response of a 7-storey timber building constructed of CLT solid panels tested in life-size scale on a shake table at Miki near Kobe, Japan
The latest three expert/scientific publications:
Articles presented at the World Conference on Timber Engineering (WCTE 2010) in Italy:DUJI?, Bruno, ?TRUS, Sarah, Ario CECCOTTI, ?ARNI?, Arm,. Prediction of dynamic response of a 7-storey xlam building massive wooden tested on a shaking table in the WCTE 2010 conference: proceedings. Riva del Garda, Italy: s.n., 2010, p. 1-8, ilustr.
ROBINSON, David, DUJI?, Bruno. Seismic analysis of existing buildings with different construction upgrades. In: WCTE 2010: conference proceedings. Riva del Garda, Italy: s.n., 2010, p. 1-6, ilustr.
?U?TER?I?, Iztok, DUJI?, Bruno, GOSTI?, Only. Timber structures seismically active on the upgrade of the areas. In: WCTE 2010: conference proceedings. Riva del Garda, Italy: s.n., 2010, p. 1-6, ilustr.
Other publications are recorded on the COBISS website::Researchers' bibliographies – the code of researcher Bruno Duji?, PhD, is 17756 (entries for 2009 have not been completed yet, and there are no entries for 2010)
Used for the contact form and send us a message:
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CBD d.o.o.Lopata 19G, 3000 Celje
OFFICE IN LJUBLJANASojerjeva ulica 3, 1000 Ljubljana
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.RX-TIMBER Glued-Laminated Beam：层板胶合木梁设计 | Dlubal Software
RX-TIMBER Glued-Laminated Beam
木结构设计软件
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层板胶合木梁设计
独立程序 RX-TIMBER Glued-Laminated Beam 可以按照规范 DIN
计算层板胶合木梁承载能力极限以及验算正常使用极限状态。用户也可以选择按照 EN :2004-11（欧洲规范 5）进行计算。此外也可以按照 DIN 4102 Teil 22 或者 EN
进行抗火验算。
模块可以设计下列类型的木结构梁：
单坡屋顶梁
双坡屋顶梁，下弦水平
双坡屋顶下弦弯曲等高粱
双坡屋顶下弦弯曲不等高粱
鱼腹梁 & 抛物线形
鱼腹梁 & 线形，中间区域圆滑
设计带有檐口和不带檐口悬臂的非对称梁
设置带可松弛的屋脊楔子
选择考虑横向受拉加固件
横向受拉加固件的两种计算方式：
按照构造要求设置
完全承担横向拉应力
计算需要的横向受拉加固件的数目并且可以显示其在梁中的设置与构造的图形
通过辅助图形输入几何尺寸更加简单
按照欧洲规范 EN
或者德国规范 DIN , 部分 5 快速生成雪荷载
按照欧洲规范 EN
或者德国规范 DIN , 部分 4 自动生成风荷载
可以定义独立的荷载和荷载工况
自动生成全部可能的荷载工况组合
与微软 MS Excel 相互连接以及通过 COM 端口进行控制
包含两个规范的材料数据库
模块可以按照下列欧洲规范 EC 5 (EN 1995) 所包含的国家规范附录进行计算：
&BS EN&/NA:2009-10 (英国)
&&ONORM&B&:2015-06 (奥地利)
&NBN EN&/ANB:2012-07 (比利时)
&CSN EN&:2009-07 (捷克)
&DK EN&/NA:2011-12 (丹麦)
&SFS EN&/NA:2007-11 (芬兰)
&NF EN&/NA:2010-05 (法国)
&DIN EN /NA:2013-08 (德国)
&UNI EN&/NA:2010-09 (意大利)
&NEN EN&/NB:2007-11 (荷兰)
&PN EN&/NA:2010-09 (玻波兰)
&STN EN&/NA:2008-12 (斯洛伐克)
&SIST EN&/A101:2006-03 (斯洛文尼亚)
&SS EN& (瑞典)
大量永久荷载数据库
划分结构上作用的活荷载等级和特殊规定
计算结构验算结果的利用率、支座反力和变形等
提示满足验算或者不满足验算的规范条文信息
计算结果表格显示相对利用率彩色图形
计算结果数据直接导出到微软 MS-Excel 表格
提供 DXF - 接口用于生成在 CAD 软件中的初始文件
多语言版本软件：中文、德语、英语、捷克语、意大利语、西班牙语、法语、葡萄牙语、波兰语和俄语
打印输出报告包含了全部必要的验算结果用于用户检查计算。计算书包括多个语言版本，例如中文、德语、英语、捷克语、意大利语、西班牙语、法语、葡萄牙语、波兰语、俄语以及荷兰语
用户可以在模块对话框中选择多种梁的类型进行快速建模。另外可以通过图形显示来辅助输入梁的几何尺寸。模型的各种修改将会自动更新。在正常使用极限状态验算时可以设置悬臂梁的变形不考虑跨中挠度的影响。
材料数据库中可以选择各种木材的强度等级。材料数据库包含了欧洲规范 EN
(EC5) 及其国家规范附录所规定的例如层板胶合木、针叶木材、阔叶木材等的全部材料等级。为了便于用户对材料数据库进行扩展，模块允许用户自行定义并生成材料强度等级和材料属性。用户在输入永久荷载（例如屋盖结构自重）时也可以通过已经集成的庞大的数据库或者可扩展的材料数据库进行添加。
模块中最为实用的功能就是集成了自动生成风荷载和雪荷载的生成工具。为了便于检查，生成的荷载工况都将以图形形式显示在结构模型上，并且按照欧洲规范 EN 1990 或者德国规范 DIN , DIN 1052 与自动生成的荷载组合进行叠加。因此上述功能极大的简化了用户用于模型的输入工作。模块也允许手动输入荷载工况。
附加模块 RX-TIMBER Glued-Laminated Beam 中可以在计算之前预先定义下列设置：
需要进行的验算：
选择需要进行的验算
设置是否显示支座反力和变形等计算结果
调整建议的最大挠度限值
按照简化计算方法（可选择等级 F 30-B, F 60-B, F 90-B 或者由用户定义）设置抗火验算时的计算参数
计算铰支座的倾覆弯矩
& 确定梁的铰支座条件
& 通过下列方法对梁进行优化：
修改梁的高度
修改梁的截面积
侧向支撑间距
模块计算完成用户选定需要的验算之后，将在结果表格中将列出其全部的中间计算值，并且按照不同的准则条理清楚进行归类，由此可以输出非常直观的表格形式的计算结果。
由于全部验算的中间值都已经在结果表格中给出，因此验算的全部过程都非常透明。用户可以设置在单独的窗口中显示沿着梁的长度方向上任意 x - 位置处的计算结果图形。这里不仅可以显示每个梁的变形，而且可以显示每个杆件的内力。
各个验算及其从属的详细计算数据，以及用户选择输出的结果图形都可以集成到打印输出报告中，因此保证可以向软件用户提供可供检查、条理清楚的计算书文件。用户还可以通过使用图形、说明、计算简图等补充和编辑计算书。除上述外，软件使用者可以针对计算过程的各个项目进行单个的设定，以确定是否需要打印到计算书中。
如果您有任何关于我们产品的问题，或者您需要选择适合自己项目的软件建议，请联系我们的技术支持或者搜索我们的常见问题和解答 (FAQs)。
（可要求接中文热线）
使用 Dlubal 结构设计软件，已经由我们用户完成实现的项目。
RX-TIMBER Glued-Laminated Beam 2.xx
租赁 | 1 个月
租赁 | 3 个月
租赁 | 6 个月
定期 | 12 个月
1,000.00 EUR
该价格仅限于在People's Republic of China有效。
木结构单跨、连续梁、格柏梁等设计按照欧洲规范 Eurocode&5 或德国规范 DIN&1052
首个许可价格320.00 EUR
木结构矩形或者圆形截面柱设计按照 Eurocode&5 或 DIN&1052
首个许可价格320.00 EUR
三铰节点指接门式框架设计按照欧洲规范 Eurocode&5 或德国规范 DIN&1052
首个许可价格320.00 EUR
檩条和连续梁设计按照 Eurocode&5 或 DIN&1052
首个许可价格320.00 EUR
木结构支撑计算按照欧洲规范 Eurocode&5 或德国规范 DIN&1052
首个许可价格320.00 EUR
木结构屋面设计与计算按照欧洲规范 Eurocode&5
首个许可价格320.00 EUR
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Laminated Timber Frame Buildings Logcabins.lv is proud to present our New Range of &Laminated Timber Frame Buildings
Logcabins.lv are proud to present a superb selection of the popular standard range of Laminated Timber buildings. In particular, five Swimming Pool Houses that have been carefully designed to fit in with& the ambience of a wide range of gardens and leisure areas.
Laminated and sectional buildings from our standard range have the advantage of speed of construction because of the computerised templates already installed in our factory.
The Laminated and Sectional Building and Swimming Pool Houses have gone through rigorous quality control checks coupled with high grade research by top designers to finally create best quality, much sought after and enviable buildings that will delight the most discerning buyers and investors.
The clean smooth appearance that conforms to any environment is just one of the great features of these buildings. In addition, the laminated process enhances the overall strength and stability thus allowing longer, more dramatic architectural spans that sweep the full length of a construction giving that extra air of spaciousness and euphoria. A perfect combination for the inclusion within private leisure pursuits and commercially for the leisure industry in both private and public sectors.
Take a closer look at the variety of sizes that are readily available.
You may already have an outside swimming pool that can be covered and protected by one of our standard and very affordable Swimming Pool Houses.
When making such a choice, it would be wise to take into consideration an additional minimum of 1.5mts surrounding the outside perimeter of your pool. You could also add a decking area for additional lounging.
If you are starting from scratch then you can easily have your pool made to meet the specification of any of the five standard Laminated Swimming Pool Houses depicted below.
By clicking on the &details& button, you will be taken to a more thorough description of each of&
these fantastic additions to the logcabins.lv range.
Just think, Once you have your&Laminated Swimming Pool House, you will then be able to create your own all year round daily health & fitness regime as part of your lifestyle.
Entertaining guests or business associates brings you into a much higher status level that puts you head and shoulders above the rest.
As an investment, the contributory value of your estate will grow substantially. A House, Garage, Garden and detached Swimming Pool House just does something that much extra for a potential buyer.
You can also be totally re-assured that every Sectional Laminated Timber Building that we manufacture originates from certified, sustainable forestry. This means that whatever is felled and milled will never deplete the natural resources that are constantly grown and maintained for the benefit of generations to come.
Finally, nothing is left out when it comes to quality. Only the very best double or triple glazing is used for the windows and doors. The door furniture that includes handles and locking systems is probably the best in Europe with the highest level of security.
We look forward to being of service to you. Thank you for looking.
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Residential Timber Frame 14.8m x 7m
Laminated Residential Cabins
Swimming Pool House 7.5m x 15.0m
Laminated Insulated Pool House
Swimming Pool House 15.0m x 9.0m
Laminated Insulated Pool Houses
Laminated Swimming Pool House 12.5m x 6.5m
Laminated Insulated Pool Houses
Laminated Swimming Pool House 6.5m x 12.5m
Laminated Insulated Pool Houses
Laminated Swimming Pool House 7.0m x 5.0m
Laminated Insulated Pool Houses
Laminated Timber Frame 4.0m x 8.0m
Laminated Residential Cabins-Offices
Laminated Timber Frame 12.0m x 5.0m
Laminated Residential Offices
Residential
Cabin 6m x 18m
Laminated Residential Units
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