PRELIMINARY ANALYSIS OF THE ALUMINIUM-TIMBER COMPOSITE BEAMS
Journal Title: Civil and Environmental Engineering Reports - Year 2017, Vol 4, Issue 27
Abstract
This paper presents a new type of composite structures - aluminium-timber beams. These structures have an advantage over other existing composite structures, because they are lighter. However, their application may be limited due to the high price of aluminium alloys. The authors of this article made an attempt to calculate the load-bearing capacity of an aluminium-timber beam
Authors and Affiliations
Maciej SZUMIGAŁA, Marcin CHYBIŃSKI, Łukasz POLUS
Keywords
Related Articles
- EP ID EP270315
- DOI 10.1515/ceer-2017-0056
- Views 81
- Downloads 0
VIETNAM FRESHWATER ENVIRONMENT
Vietnam is a tropical country, amount of rainfall is quite much, the network of rivers and lakes is high density. They make Vietnam become one of the countries that have large freshwater resources in Asian. However, fres...
THE PENALTY AND LAGRANGE MULTIPLIER METHODS IN THE FRICTIONAL 3D BEAM-TO-BEAM CONTACT PROBLEM
This paper is concerned with the frictional contact between beams. The purpose is to compare the results obtained by the penalty and Lagrange multiplier methods. The advantages and disadvantages of both methods are gener...
OPTIMAL SHAKEDOWN OF THE THIN-WALL METAL STRUCTURES UNDER STRENGTH AND STIFFNESS CONSTRAINTS
Classical optimization problems of metal structures confined mainly with 1st class crosssections. But in practice it is common to use the cross-sections of higher classes. In this paper, a new mathematical model for desc...
Trace elements in solutions from zeolite synthesis
The paper presents the content of selected elements in solutions formed after the synthesis of zeolitic material based on fly ash. Fly ash samples were taken from two pulverized fuel-fired boilers at the Rybnik Power Pla...
COMPOSTING AND FERMENTATION OF BIOWASTE - ADVANTAGES AND DISADVANTAGES OF PROCESSES
In 2016, in EU Member States (EU), only less than half of the biowaste produced, i.e. around 40 million tonnes, was used to produce compost and, to some extent, biogas. Most of it was still incinerated or stored together...