References
- [1] R. Baronas, F. Ivanauskas, I. Juodeikiene, A. Kajalavicius (2011). Modelling of Moisture Movement on Wood during Outdoor Storage.
- [2] European Standard (2004). Eurocode 5: Design of timber structures-Part 1-1: General: Common rules and rules for buildings.
- [3] Ritter, Michael A. (1990). Timber Bridges: Design, Constructions, Inspection and Maintenance, Washington, DC:944p.
- [4] ISO 13061-1:2014 (2014). Physical and mechanical properties of wood -- Test methods for small clear wood specimens -- Part 1: Determination of moisture content for physical and mechanical tests.
- [5] EN 26891: 1991 (1991). Timber structures. Joints made with mechanical fasteners. General principles for the determination of strength and deformation characteristics.
- [6] F. Service, W. Simpson (1998). Equilibrium moisture content of wood in outdoor locations in the united states and worldwide, Research Note (RN), Forest Products Laboratory.
- [7] Leonardo da Vinci Project (2008). Handbook 1- Timber structures, Educational Materials for Designing and Testing Timber Structures.
- [8] Darie, M. (1975). Construcții din lemn, I.C.B.
- [9] Johan Sjӧdin (2006). Steel-to-timber dowel joints-Influence of moisture induced stresses, Växjӧ.
- [10] Stephen L. Quarles, John W. Kobzina, Pamela M. Geisel (2004). Selecting Lumber and Lumber Substitutes for Outdoor Exposures, University of California Division of Agriculture and Natural Resources.
- [11] Pinto, J. (n.d.). (2011). Aging Effect on the Integrity of Traditional Portuguese Timber Roof Structures, 1–8, International conference on Durability of Building Materials and Components.
- [12] Janusz Zawadzki, Andrzej Radomski, Jakub Gawron (2011). The effect of thermal modification on selected physical properties of wood of scots pine (Pinus Sylvestris L.), Warsaw University of Life Sciences, Faculty of Wood Technology Department of Wood Science and Wood protection, Warsaw, Poland
- [13] NP 005-96-Normativ privind proiectarea construcțiilor din lemn-revizuire NP 005-96