By admin on Sep 12, 2008 in fabricstructures | 0 Comments By admin na Ruj 12, 2008 u fabricstructures | 0 Comments
The load bearing in the tension fabric structures can be generalised as follows: U opterećenja su nosili u štof napetosti struktura može biti generalised kako slijedi:
1 The dead load of the architecture membrane structures is very much less than 50 n/m2. 1. stalno opterećenje od arhitekture membranskih struktura je vrlo mnogo manje od 50 n/m2.
2 Roof live loads are not relevant to tensile fabric structures but there are typically designed for normal loads. 2 Krov živjeti opterećenja nisu relevantni za vučni tkanje strukture, ali su obično dizajnirani za normalno opterećenje.
3 Seismic load not applicable because of low mass. 3 seizmička opterećenja ne primjenjuje se zbog niske mase.
4 Wind [...] 4 Vjetar [...]
By admin on Sep 9, 2008 in fabricstructures | 0 Comments By admin na Sep 9, 2008 u fabricstructures | 0 Comments
Tension fabric structures may be designed by the designer and build approach or by engineering consultant with specilialized knowledge in this tensile fabric structures technology. Napetost tkanje strukture svibanj biti dizajniran od strane dizajnera i izgraditi pristup ili sa inženjerstva konzultant specilialized znanje u ovom vučni tkanina struktura tehnologiju. Normally architects will provide general parameters and let the tensile membrane specialist to to provide details engineering and connection solution. Obično arhitekti će pružiti opće parametre i neka vučni membrana stručnjaka kako bi dobili podatke inženjering i veze rješenje.
Building tensile fabric structures can become problematic when owners and constructors [...] Građevinska vučni tkanina struktura može biti problematično kada vlasnici i graditelji [...]
By admin on Sep 4, 2008 in fabricstructures | 0 Comments By admin na Sep 4, 2008 u fabricstructures | 0 Comments
Tensile fabric structures featured in the Press Release. Otpor na istezanje tkanina strukture sadržanu u Press Release. We are pround that we are recognise tension fabric structures in the market. Mi smo pround da napetost štof strukture uočavaju na tržištu.
This guide is very useful to someone who is new in the tensile fabric structures. Ovaj vodič je vrlo koristan za nekoga tko je novi u vučni tkanje strukture. This is a good guide for architect, designer and owner. Ovo je dobar vodič za arhitekt, dizajner i vlasnik.
Click here to read the details: Press Release Kliknite ovdje za detalje pročitajte: Priopćenje za javnost
By admin on Sep 2, 2008 in fabricstructures | 0 Comments By admin na Sep 2, 2008 u fabricstructures | 0 Comments
This is a preliminary method statement for fabric structures, and therefore the content is set out in a basic format. Ovo je preliminarno metoda izjavi za tkanje strukture, i zbog toga je sadržaj naveden u osnovni oblik.
The erection statement for architectural fabric structuresthat will accompany this project. U izjavi za građenje arhitektonskih tkanina structuresthat će pratiti ovaj projekt.
The erection statment for tensile fabric structures is significantly more detailsand comprehensive drawings. U izjavi za građenje proširljiv tkanina struktura je znatno više detailsand sveobuhvatan crteža.
1. Erect steel columns and lift beam / trusses into place; Graditi čeličnih stupova i greda žičara / trusses na mjesto;
2. [...]
By admin on Aug 30, 2008 in fabricstructures | 0 Comments By admin Aug 30, 2008 u fabricstructures | 0 Comments
The demo of Kurvenbau lightweight structure design software Tess3D showing how the tensile fabric structures design process. U of Kurvenbau demo lagane strukture dizajn softver Tess3D prikazuje kako se otpor na istezanje tkanina strukture dizajna procesa. How to develop the fabric structure from sketch to 3D structures. Kako da se razviju strukture tkanina od skica za 3D strukture. As part of the analysis where the sun shade, rain load, snow load and wind load serve as a important factor in the design development process of [...] Kao dio analize gdje sunce hlad, kiša opterećenja, snijega i vjetra opterećenja opterećenje poslužiti kao važan faktor u procesu razvoja dizajna [...]
By admin on Aug 30, 2008 in fabricstructures | 0 Comments By admin Aug 30, 2008 u fabricstructures | 0 Comments
Form finding in tensile fabric structures is the process finding a balance and reasonable geometry and suitable shape for a design because the fabric membrane is flexible. Obrazac nalaz u vučni strukture tkiva je proces pronalaženja razumne ravnoteže i geometrija oblika i pogodna za oblikovanje tkanina membranskih jer je fleksibilan.
Membrane used in fabric structures are structural element. Membranski koristi u tkanje strukture su strukturni element. Due to the fabric used in the tensile fabric structures the structural membrane under went changes of shape and form under [...] Zbog tkiva koriste u vučni tkanje strukture strukturnih membrana pod otišao promjene oblika i oblik [...] pod
By admin on Aug 27, 2008 in fabricstructures | 0 Comments By admin Aug 27, 2008 u fabricstructures | 0 Comments
Pictures from forum of chinese steel construction in tensile fabric structures and tensile world. Slike sa forum kineski čeličnih konstrukcija u vučni tkanje strukture i vučni svijetu.
Beijing’s National Swimming Center - The Water Cube Peking je Nacionalni centar za kupanje - vode Kocka
Seating capacity - 17,000 SJEDEĆA MJESTA - 17000
Gross floor area - 70,000m² Bruto površina - 70000 m²
Structure - size 177×177×31m, there are 22,000 steel members and 12,000 nodes, is made of 6,500 tonnes of steel Struktura - veličina 177 × 177 × 31m, ima 22.000 članova i čelika 12000 čvorovi, izrađen je od 6500 tona čelika
There are 4,000 bubbles(ETFE cushions) with the maximum bubble diameter [...] Postoji 4000 mjehurića (ETFE ublažuje) s maksimalnom mjehur promjera [...]
By admin on Aug 27, 2008 in fabricstructures | 0 Comments By admin Aug 27, 2008 u fabricstructures | 0 Comments
Pictures from forum of chinese steel construction in tensile fabric structures and tensile world. Slike sa forum kineski čeličnih konstrukcija u vučni tkanje strukture i vučni svijetu.
Beijing National Stadium Nacionalni stadion u Pekingu
Seating capacity - 80,000 SJEDEĆA MJESTA - 80000
Total site area - 204,278m² Ukupno stranica područje - 204.278 m²
Gross floor area - 258,000m² Bruto površina - 258.000 m²
Structure - 36km of unwrapped steel length Struktura - 36 km od unwrapped čelika dužine
Height - 69.2m above pitch level Visina - 69.2m iznad razine smola
The steel roof, a single 330m long by 220m wide structure, weighing 45,000 tonnes U čeličnim krovom, jedna duga 330m od 220m široka struktura, težila je 45000 tona
Design consortium Design konzorcij
Herzog & de Meuron [...] Herzog & de Meuron [...]