CAJ | 학술논문

建立了一种1L慢烤燃装置模型，通过数值模拟分析其内部温场分布的影响因素和机理，通过改变模型中隔板尺寸、导流板形状、风扇数量和风扇转速等条件，研究了各种工况下烤燃装置内烧瓶周围温场分布。模拟结果表明，风扇数量与转速、隔板尺寸、导流板形状均会影响烧瓶周围温场分布的位置，但仅有风扇转速会影响温场响应的灵敏度、温场达到稳定所需时间和温场分布均匀性。理想的慢烤燃装置可实现的温场分布性能为：响应时间低于1 s，达到稳定时间低于30 s，均匀度在0．2℃左右。建立试验装置，在烧瓶外侧布置温度传感器，所得温场分布和温场均匀度与模拟结果一致。
건립료일충1L만고연장치모형，통과수치모의분석기내부온장분포적영향인소화궤리，통과개변모형중격판척촌、도류판형상、풍선수량화풍선전속등조건，연구료각충공황하고연장치내소병주위온장분포。모의결과표명，풍선수량여전속、격판척촌、도류판형상균회영향소병주위온장분포적위치，단부유풍선전속회영향온장향응적령민도、온장체도은정소수시간화온장분포균균성。이상적만고연장치가실현적온장분포성능위：향응시간저우1 s，체도은정시간저우30 s，균균도재0．2℃좌우。건립시험장치，재소병외측포치온도전감기，소득온장분포화온장균균도여모의결과일치。
A 1L slow cook-off device model was established .The influence factors and mechanisms of temperature field distribution in the slow cook-off device were simulated .Temperature field distribution around the flask was studied under diverse operating conditions by changing partition size , guide plate shape , number of fans and rotation speed of fans used in the model .The simulation results show that the number and rotation speed of the fans , partition size and guide plate shape will affect the position of temperature field distribution around the flask , but only the fan rotation speed affects the sensitivity of temperature field response , the time required to reach a steady temperature field and temperature uniformity . An ideal slow cook-off device can realize some performances as follows: response time is less than 1 s, the time to reach stable temperature is no more than 30 s and temperature field uniformity is about 0.2℃. When the testing device is estab-lished and temperature sensors are equipped outside the flask , temperature filed distribution and temperature uniformity tested are consistent with the simulation results .