@article{ME26A1DDD,
title = "Three-Dimensional Conjugate Heat Transfer Analysis for Infrared Target Modeling",
journal = "Journal of KIISE, JOK",
year = "2017",
issn = "2383-630X",
doi = "",
author = "Hyunsung Jang,Namkoo Ha,Seungha Lee,Taekyu Choi,Minah Kim",
keywords = "infrared modeling,surface temperature,conjugate heat transfer analysis,sensor fusion modeling",
abstract = "The spectral radiance received by an infrared (IR) sensor is mainly influenced by the surface temperature of the target itself. Therefore, the precise temperature prediction is important for generating an IR target image. In this paper, we implement the combined three-dimensional surface temperature prediction module against target attitudes, environments and properties of a material for generating a realistic IR signal. In order to verify the calculated surface temperature, we are using the well-known IR signature analysis software, OKTAL-SE and compare the result with that. In addition, IR signal modeling is performed using the result of the surface temperature through coupling with OKTAL-SE."
}