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Normas DIN – AENOR
DIN EN 16481:2014-09

DIN EN 16481:2014-09

Timber stairs - Structural design - Calculation methods; German version EN 16481:2014 / Note: Applies in conjunction with DIN EN 15644 (2009-03).

Escaliers en bois - Conception de la structure - Méthodes de calcul; Version allemande EN 16481:2014 / Attention: Valable en conjointement avec DIN EN 15644 (2009-03).

Holztreppen - Bauplanung - Berechnungsmethoden; Deutsche Fassung EN 16481:2014 / Achtung: Gilt in Verbindung mit DIN EN 15644 (2009-03).

2014-09 /Active
Equivalencias internacionales:

EN 16481 (2014-06)

Relación con otras normas DIN:

Reemplaza a: DIN EN 16481:2012-09

This European Standard constitutes a frame standard for the design of timber stairs as well as wood and wood-based components used in stairs by calculation methods. Some calculation methods can be derived from testing results, for example CEN/TS 15680.This document specifies the design and the requirements for materials and components to be used in these calculation methods. It may be complemented by national application documents based on this European Standard. This European Standard applies to coated and uncoated components. This document covers load-bearing components such as strings, treads, risers, posts and guardrails. Requirements for a timber stair are defined in the product standard, EN 15644. This document does not cover stairs that contribute to the overall stability of the works or the strength of the structure. This European Standard is valid for the verification of mechanical performance characteristics, usability and load-bearing capacity and their related durability. Other requirements, e.g. requirements for acoustic properties, are not covered by this European Standard. For the design, calculation and determination of not solely resting actions, additional requirements need to be taken into account (to be checked). For the dimensioning with special reference to resistance to fire and earthquake/seismic action, additional requirements may be taken into account. Without further verification, the methods in this European Standard are valid for different types of stair structures and their components, as illustrated in Figure 1.
Bearing capacity verification, Construction, Definitions, Deformation value, Design, Fasteners, Fitness for purpose, Load capacity, Mathematical calculations, Mechanical load, Mechanical properties, Methods of calculation, Project planning, Stairs, Steps, Strings (stairs), Structural design, Timber stairs, Timber structures, Working load limit
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