The ampacity of high-voltage power cables depends, among others, on their core cross-
sectional area as well as thermal resistivity of the thermal backfill surrounding the cables …

Background The use of renewable energy for sustainable and climate-neutral electricity
production is increasing worldwide. High-voltage direct-current (HVDC) transmission via …

The paper presents a new iterative finite-element model for the analysis of the thermal
interference between a three-phase system of high voltage cables and heat pipelines buried …

This study takes into consideration a problem that commonly occurs at the design stage of
underground cable lines and that relates to the manner of determining the optimal values for …

Исследовался процесс тепломассопереноса в кабельном канале с 18 кабельными
линиями, каждая из которых состоит из трех кабелей с площадью сечения жилы 150 …

One of the factors affecting current-carrying capacity of underground power cables is the
thermal resistivity of soil. Its value in the close proximity of the cable is the most important …

The ampacity of power cables depends, among others, on the conditions of heat dissipation
from the cable to the environment. Cables are usually laid directly in the ground, but in some …

Current-carrying capacity of underground power cable lines depends, among others, on
thermal resistivity of the soil and cables layout: trefoil formation, flat formation with or without …

In this paper, the process of heat and mass transfer in the cable channel with 18 cable lines,
each of which consists of three cables with a core cross-sectional area of 150 mm2 located …

Στο σημείο αυτό, αισθάνομαι την ανάγκη να εκφράσω τις ειλικρινείς και εγκάρδιες ευχαριστίες
μου σε όλους όσους βοήθησαν με τον δικό τους ιδιαίτερο τρόπο στην εκπόνηση της …