We found a match
Your institution may have rights to this item. Sign in to continue.
- Title
The Establishment and Numerical Calculation of a Heat Transfer Model of a Graphene Heating Energy Storage Floor.
- Authors
Chunmei Yang; Bo Guan; Zihao Zhang; Jiawei Zhang; Bo Xue; Xinchi Tian
- Abstract
A new type of graphene electric heating solid wood composite floor and its heat transfer model were designed to enable users to have a higherquality and safe living experience. A heat transfer mathematical model was developed. The structural entity of the composite graphene heating floor was drawn using Solidworks software. The floor structure was abstracted as a two-dimensional model using MATLAB software to obtain the temperature rise curves and corresponding time of each group. Then, six groups of the best data were selected from the experimental data to simulate the heat storage capacity of graphene floors. The optimal group of the model was verified via experiments. According to the simulation, the comprehensive performance was optimal when the overall thickness of the floor was 18 mm, the thickness of the floor surface was 4 mm, and the thickness of the heat-accumulating layer was 2 mm. The experimental results showed a maximum difference between the measured and calculated data of only 3.2%, which shows the scientific validity, accuracy, and advancement of the model. The composite graphene electric heating energy storage floor designed in this study can be regarded as safe, reliable, environmentally friendly, and healthy.
- Subjects
HEAT storage; ENERGY storage; HEAT transfer; NUMERICAL calculations; GRAPHENE; RADIANT heating
- Publication
BioResources, 2023, Vol 18, Issue 1, p1948
- ISSN
1930-2126
- Publication type
Article
- DOI
10.15376/biores.18.1.1948-1970