In this study, the emissions to air produced using massive wood material in manufacturing of
a Massiv–Holz–Mauer (MHM) wall system have been assessed. The results have been …

The paper presents the outcome of a research on the in-plane behaviour of two different log
house construction systems when subjected to lateral loading. Such systems, identified by …

To study the effect of looseness on mechanical behavior of dovetail mortise-tenon joints, five
dovetail mortise-tenon joints, including one intact joint and four loose joints, were fabricated …

This paper investigates the non-linear modelling of the cyclic behaviour of Blockhaus timber
log-walls under in-plane lateral loads. The structural behaviour of Blockhaus log-walls in the …

The construction of log-wall generally involves the assembly of glulam members with tongue
and groove connections. However, significant relative slip was observed between glulam …

This work experimentally determines the in-plane lateral load behavior of a full-scale WPVC
composite log-wall, with and without additional through-bolts. The results indicate that the …

Log-house is an ancient construction technology based on the superposition of linear timber
logs, connected to the orthogonal walls by a system of carvings, notches and corner joints …

The paper presents an experimental and Finite Element (FE) numerical analysis of the
behavior of unprotected log-haus timber walls in fire conditions under in-plane compressive …

Slender glulam beams are high value products that may be used differently concerning
large span structures. They can be manufactured in developing countries without significant …

In 'Blockhaus' systems the structural capacity derives from surface interactions and friction
mechanisms between multiple timber logs stacked horizontally one upon each other. Unlike …