Abstract
The article deals with the design of compactor for a backhoe loader for middle size excavators. Construction of compactor clamp was designed from heavy gauge sheets which will be welded. For expansion of penetrating into thickening soil there were segments designed on drum. From the point of fatigue during comparison of reached maximal tensions and comparison of these values for several loaded alternatives from Wöhler curve was defined static safety factor.
Highlights
High-quality subsoil and thickened soil under the building site is an important base of the whole piece of work in civil and building construction engineering
Additional equipment for excavators has multiple use. It is used by work of small to middle extent with the impact on earthmoving and it is generally known as compactors [5]
The article deals with the design of compactor for a backhoe loader with the mass of 8 tons created from affordable price materials
Summary
High-quality subsoil and thickened soil under the building site is an important base of the whole piece of work in civil and building construction engineering. Tightness and imperviousness of soil is increased, and mechanic features are improved. Those required features are achieved by effect of static or dynamic load [1, 2]. Compacting machines with their construction, building and load way are right for compaction of various types of soil. Additional equipment for excavators has multiple use. It is used by work of small to middle extent with the impact on earthmoving and it is generally known as compactors [5]. The article deals with the design of compactor for a backhoe loader with the mass of 8 tons created from affordable price materials
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