A third or more of the energy consumption of industrialized countries is expended on
creating acceptable thermal and lighting conditions in buildings. As a result, building heat …

The investigation of the reflection issue in a hygrothermal medium in nonlocal elasticity is
the focus of the current research project. The velocity equation is created by formulating and …

A dynamic mathematical model for simulating the coupled heat and moisture migration
through multi-layer porous building materials was proposed. Vapor content and temperature …

In this experimental study, a flat plate solar collector was constructed and examined for
absorbing and transferring heat from soil to fluid. The light source was an infrared lamp with …

The novel building materials continue to emerge, but there is not enough research on their
performance. To explore the hygrothermal characteristics of the aerogel-enhanced foam …

Oil leakage of transportation pipelines causes a change in its environmental temperature.
This effect is employed to detect the leakage and its positions. The Raman Optical Time …

In this paper, one-dimensional model for evaluating coupled heat and moisture transfer in
porous building materials was proposed. The transient partial differential equations system …

In this paper, the nonlinear vibration characteristics and response of laminated carbon fiber
reinforced resin (CFRR) doubly-curved shallow shell with a porous microcapsule coating …

In this paper, the meshless Generalized Finite Difference Method (GFDM) in conjunction
with the second-order explicit Runge-Kutta method (RK2 method) is presented to solve …

Experiment in literature has shown the aggregation phenomenon in carbon nanotube (CNT)
reinforced polymeric composites. In this paper, considering the aggregation effect of CNTs …