Iris Publishers Civil Engineering Open Access Journals

ISSN 2688-8203 (Online) | Advances in cancer research : ISSN 2688-8203 (Online) | Advances in cancer research

Iris Publishers: Iris Publishers-Open access Journal of Global Jour... : Authored by  Yiyang Cao Abstract Electronic evidence is a new type of evidence emerged in this information society, which c...

Iris Publishers: Iris Publishers-Open access Global Journal of Orth... : Authored by Huseynov ZKh Abstract The article describes the case of successful single-stage substitution of sub-total def...

Iris Publishers: Iris Publishers-Open access Global Journal of Orth... : Authored by Mahmut Nedim Aytekin Abstract Lower extremity length difference causes orthopedic pathologies as well as a...

ISSN 2688-8203 (Online) | Advances in cancer research & clinical imaging | The ISSN Portal : Share

Iris Publishers -  Scholarly Open Access Journal of Civil Engineering Issues Related to Pile Tile Grillage Calculation Taking the general provisions of the theory of prof. I Simvulidi as a basis and applying a model of a linearly deformable half-space to the ground, the tile grillage is mentally imagined as a system of mutually intersecting bands relying on stanchions and on the ground. The formulas for calculation are given below. A specific engineering problem is considered. Read More... Full Text   For More Articles in  Current Trends in Civil & Structural Engineering  please click on  https://www.irispublishers.com/ctcse For More Open Access Journals in  Iris Publishers  please click on  https://irispublishers.com/journals.php

Iris Publishers - Open Access Journal of Civil Engineering Cost Effectiveness of Energy Piles in Residential Dwellings in Australia The cost effectiveness of energy piles used as part of Ground Source Heat Pump (GSHP) systems in residential buildings is presented. Structural piles can be used with a dual purpose of providing support to superstructures and of exchanging thermal energy with the ground, thus minimizing capital cost of GSHP systems associated with drilling. To exemplify the economic potential of energy piles, a case study of a representative residential building is undertaken. Results show that energy pile GSHP systems render annual gains of about $600 to $2900 (US dollars) in comparison with other conventional heating and cooling systems. This paper also briefly demonstrates the reduced available thermal capacity of energy piles, compared to traditional borehole ground heat exchangers, due to their inherent short depth and close spacing between piles. D...