Recently, Phase Change Materials (PCM) have become more prevalent in improving buildings’ thermal management. The relative location of the PCM layer is a valuable measure for assessing performance building envelopes, addition to meteorological circumstances and qualities. optimum air layers between roof may significantly reduce energy consumption buildings. In this regard, influence gap thickne...

This paper describes a virtually pipelined memory architecture built on a dual-port phase change memory (PCM) substrate for high performance networking applications. The proposed dual-port PCM cell significantly reduces the probability of bank conflicts due to blocking writes, ensuring that the proposed memory architecture can provide the large bandwidth and bank parallelism necessary for such ...

Environmental conditions impact the performance of building materials; therefore, material used can be considered one major factors that directly affect building's lifespan. The need for durable materials to mitigate effect environmental on buildings has been a research point, which led development phasechanging materials. PCM are designed adapt and harness elements, such as heat cold, typical...

MicroEncapsulated Phase Change Materials (MEPCM) are green materials which could be used for thermal energy saving applications in buildings as a non-pollutant method for environmental. PCMs could passively reduce peak cooling loads in hot seasons because of their high energy storage capacities at a constant temperature. Purpose of this paper is manufacturing Microencapsulated PCM (MPCM) pr...

In this study, three SBCs are developed as (i) SBC with phase change material (PCM: waste cooking oil and C 4 H O 3 ), (ii) a novel nanocomposite PCM (NPCM), (iii) without NPCM. The proposed cooker integrated NPCM (MgAl 2 /Ni/Fe -PCM) was experimentally its performance evaluated using fuzzy logic Cramer's rules, image processing techniques. results indicated that the implementation of bar plate...

For the numerical simulation of a heat storage based on phase change materials (PCMs) an enhanced model is presented, considering physical effects convection flow in liquid as well volume during change. A modified capacity used to realize The material initially defined with temperature-dependent properties. force added Navier-Stokes equations allow circulating field and prevent motion solid pha...

Phase change memory (PCM) as a newly developed storage medium has many attractive properties such as non-volatility, byte addressability, high density and low energy consumption. Thus, PCM can be used to build non-volatile main memory databases. However, PCM’s long write latency and high write energy bring challenges to PCM-based memory systems. In this paper, we propose an improvement over the...

The demands of larger memory capacity in high-performance computing systems have motivated the researchers to explore alternatives of DRAM (dynamic random access memory). Since PCM (phase change memory) provides high-density, good scalability and non-volatile data storage, it has received significant amount of attention in recent years. A crucial bottleneck in wide-spread adoption of PCM, howev...

Abundantly available solar energy utilization for domestic and industrial applications is hindered because of its intermittent nature. The thermal energy storage (TES) system using both sensible and latent heat has many advantages like large heat storage capacity in a unit volume and its isothermal behavior during the charging and discharging processes. Because of these advantages, in recent ye...

Phase-change memory (PCM), a non-volatile technology, is considered the most promising candidate for storage class and neuro-inspired devices. It generally fabricated based on GeTe–Sb2Te3 pseudo-binary alloys. However, natively, it has technical limitations, such as noise drift in electrical resistance high current operation real-world device applications. Recently, heterogeneously structured P...