Timber engineering involves the use of wood as a structural material in construction and mechanical applications. Timber is widely used due to its high strength-to-weight ratio, sustainability and ease of fabrication.
This page provides an overview of timber design, material properties, joints and structural applications, including references to British Standards and Eurocode 5 (BS EN 1995-1-1).
This page provides an overview of timber as an engineering material, including structural design methods, material properties, joints and connections, and relevant standards.
The information supports engineers in understanding timber behaviour, selecting appropriate materials and applying design principles in accordance with British Standards and Eurocodes.
Timber is widely used in structural engineering applications due to its strength-to-weight ratio, availability and sustainability. The sections below link to detailed information on timber design, properties and construction methods.
Outline notes on design of timber members to the Eurocodes is provided on webpage Timber Design to Eurocodes The information on this page (and the linked pages) is useful for initial design purposes and is generally comprehensive and clear. These pages also include notes on adhesive joint strengths which are not included in the Eurocodes
|
Introduction
Timber is an important engineering material widely used in structural applications, particularly in building construction and sustainable design. The notes referenced below provide information
on the properties of timber, the design of timber joints and the relevant British Standards. Important: The information on this page and linked pages is generally based on BS 5268, which has been superseded by Eurocode 5 (BS EN 1995-1-1). These notes are intended for initial design guidance. For detailed design, reference should be made to current standards and supporting documentation. The pages below provide detailed information on timber engineering including design methods, material properties and structural applications.
|
Timber engineering involves the design and use of wood as a structural material in construction and engineering applications.
Eurocode 5 (BS EN 1995-1-1) is the European standard for the design of timber structures.
Timber has a high strength-to-weight ratio, is renewable, easy to work with and widely available.
Common types include solid timber, glued laminated timber (glulam), plywood and engineered wood products.
Yes, timber is widely used in structural engineering for beams, frames and load-bearing elements.
Summary: Timber engineering involves the use of wood in structural design, supported by standards such as Eurocode 5, and includes material properties, joints and design methods for safe construction.