The principal drivers that led to the high growth rate in the renewable energy market in
developing countries over the past twenty years include not only the dwindling fossil …

Throughout the history of power systems, power cables have been used to securely and
efficiently distribute electrical energy to the destined locations. Cross-linked polyethylene …

This paper presents a modified Jaya algorithm for optimizing the material costs and electric-
thermal performance of an Underground Power Cable System (UPCS). A High Voltage (HV) …

This paper presents a modified Jaya algorithm (MJaya) for optimizing the material costs and
electric-thermal performance of an Underground Power Cable System (UPCS). Three power …

This study describes the generation of a uniform data base of 2733 non-stationary thermal
conductivity laboratory measurements of about 158 soil cores with varying texture, bulk …

This paper presents an optimisation of material costs of a 400 kV cable line arranged in a flat
formation for different values of soil thermal conductivity and cable ampacity. The Finite …

The paper presents the application of Finite Element Method in thermal analysis of
underground power cable system. The computations were performed for power cables …

Sand–tire shred mixtures are useful as thermal backfills due to their lower unit weight and
thermal conductivity than those of most soils. In this study, a series of thermal conductivity …

Soil thermal properties are essential for investigating the thermal performance of many kinds
of underground thermal engineering structure. To investigate the influences of …

Soil-rubber mixtures are potential construction materials for use in civil engineering
applications such as the thermal insulation layer for buried pipelines in the permafrost zone …