Systems in Timber Engineering: Loadbearing Structures and Component LayersSpringer Science & Business Media, 23 apr 2008 - 319 pagina's The system concept determines the character of timber structures. from DGfH and Lignum. The patient, meticulous team from the Birkhauser publishing house was always on hand throughout the Up until the mid 1990s it was sufficient to be familiar with tra- tional systems such as log construction, timber frame construc- work. I am also grateful to the advisory committee for its c- tion, and stud construction, and to be aware of panel construc- structive criticism and support, Ueli Rhiner for the design of the tion and modern frame construction, which were new at the time. book, and Charles von Buren for his help in all matters related to In the meantime, the situation has changed completely. Structures publishing. And it is only thanks to "holz 21", the Swiss Federal Office for the Environment FOEN, and funds to promote forest and have become much taller and also larger. New loadbearing s- tems have been introduced. And it is no longer the loadbearing timber research that this book could be produced at all. Further systems alone that are important th e building envelope, too, as a valuable assistance was provided by Lignum (the umbrella orga- sation for the Swiss forestry and timber industries), DGfH (German result of system solutions, has become a self contained functional medium which is coordinated, however, with the loadbearing Society of Wood Research), and a number of supplier companies structure. The same applies to walls and suspended floors. to the timber industry. |
Inhoudsopgave
Materialrelated | 8 |
a1 30 | 14 |
systems | 21 |
a3 | 27 |
a4 | 33 |
d | 52 |
b6 10 | 56 |
Panel construction | 62 |
b9 40 | 145 |
b9 60 | 151 |
b9 80 | 243 |
b10 20 | 249 |
Boundary conditions | 254 |
Design of insulated flat roofs | 259 |
b11 20 | 265 |
b11 60 | 273 |
b6 60 | 81 |
b7 20 | 87 |
b7 50 | 105 |
Solid crosssections | 114 |
30 | 128 |
Moisture content protecting timber fire protection | 284 |
d2 30 | 290 |
d3 40 | 305 |
Overige edities - Alles bekijken
Systems in Timber Engineering: Loadbearing Structures and Component Layers Josef Kolb Gedeeltelijke weergave - 2008 |
Systems in Timber Engineering: Loadbearing Structures and Component Layers Josef Kolb Geen voorbeeld beschikbaar - 2013 |
Veelvoorkomende woorden en zinsdelen
Airborne sound airtight membrane beams bracing building envelope building physics building services columns component layers concrete connection construction Airborne sound cross-sections dB dB dB Depth of construction Edge-fixed erection External cladding external insulation fire protection fire resistance flat roofs floor elements forms of construction frame construction glued laminated timber Gypsum fibreboard horizontal inner lining joints junctions kg/m² kg/m³ kN/m² laminated veneer lumber loadbearing members loadbearing structure loads Mineral fibreboard Minergie moisture content panel construction Particleboard passive house Pitched roof Purlin roof purlins rafters requirements roof construction roof covering roof structures secondary waterproofing/covering layer soffit solid timber construction Solid timber floor sound insulation space for services storeys structural members structural sheathing studs surface suspended floor Switzerland thermal bridges thermal insulation thermal performance timber building timber joist floors timber structures timber-frame tion U-value vapour barrier ventilation cavity ventilation space vertical W/mK wearing course Wood fibreboard wood-based products