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Experimental and Numerical Analysis of Steel Joints in Round Wood
The paper analyses a drawn steel joint in round logs for which several types of reinforcements have been proposed. The load-carrying capacity of the reinforcements have been tested in laboratories. At the same time, numerical modelling has been performed - it has focused, in particular, on rigidity of the joints during the loading process. Physical and geometrical nonlinearities have been taken into account. The Finite Element Method and 3D computation models have been used in the numerical calculations.
Experimental and Numerical Analysis of Steel Joints in Round Wood
The paper analyses a drawn steel joint in round logs for which several types of reinforcements have been proposed. The load-carrying capacity of the reinforcements have been tested in laboratories. At the same time, numerical modelling has been performed - it has focused, in particular, on rigidity of the joints during the loading process. Physical and geometrical nonlinearities have been taken into account. The Finite Element Method and 3D computation models have been used in the numerical calculations.
Experimental and Numerical Analysis of Steel Joints in Round Wood
Mikolášek David (author) / Lokaj Antonín (author) / Brožovský Jiří (author) / Sucharda Oldřich (author)
2014
Article (Journal)
Electronic Resource
Unknown
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