Shilong Zhao

Henan Polytechnic University

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Yuxin Fan

Nanjing University of Aeronautics and Astronautics

Yuxin Fan

Nanjing University of Aeronautics and Astronautics

Junjie Miao

Nanjing University of Aeronautics and Astronautics

Weiqiu Wu

Nanjing University of Aeronautics and Astronautics

Zhenzhi Wang

Dalian University of Technology

Chengyu Gu

Fujian Medical University

Cui Chi

Henan Polytechnic University

Dongguang Yan

Jiangsu University of Science and Technology

Junjiao Yang

Henan Polytechnic University

Yingqiang Fan

Jiangsu University of Science and Technology

Cooperative Institutions

Sun Yat-sen University

Nanjing University of Aeronautics and Astronautics

Henan Polytechnic University

Chinese Academy of Sciences

Jiangsu University of Science and Technology

University of Science and Technology Beijing

China University of Mining and Technology

Tsinghua University

Xiamen University

Polytechnic University of Turin

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PBT/adipic acid modified PEG solid-solid phase change composites

Journal of Energy Storage (2022)

Dongguang Yan Shilong Zhao Ge Chi Jianzhou Gao Chengyu Gu

Adipic acid

10.1016/j.est.2022.104753

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Citations (21)

Establish the multi-source data fusion model of the shape of blast furnace burden surface based on co-universal kriging estimation method

International Journal of Sensor Networks (2014)

Miao Liangliang Xianzhong Chen Shilong Zhao Zhenlong Bai

This paper presents a multi–source data fusion model method which could improve the blast furnace (BF) burden surface model accuracy. First, the three sections of straight line are used to describe the cross section of BF burden surface, and apply the motion law of the furnace burden to constrain the specific parameters of the three sections of straight line. Secondly, a multi–source data fusion method based on co–universal kriging estimation method is proposed. The temperature and height data are combined to build the unbiased estimation for the burden surface shape. Finally, an example of surface shape model using our proposed method in a 2500 m³ BF of a steel plant is discussed. The application shows that, contrasted with the traditional model, the model accuracy has arisen by 8%, and the resolution of surface shape has arisen by 0.32. The novel method can provide necessary guidance for energy saving and emission reduction in operation of the BF.

Line (geometry)

Sensor Fusion

10.1504/ijsnet.2014.064430

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Citations (1)

Influence of time-varying flow on dynamic flame characteristics in VCE: Numerical and experimental study

Applied Thermal Engineering (2023)

Hui Xiao Shilong Zhao Yafan Li Haihong Chen Liang Xie

Air entrainment

Entrainment (biomusicology)

10.1016/j.applthermaleng.2023.121651

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Citations (3)

Experimental and numerical study on the flame characteristics and cooling effectiveness of air-cooled flame holder

Energy (2020)

Shilong Zhao Yuxin Fan

Adiabatic flame temperature

Flame spread

Laminar flame speed

Flame speed

Active cooling

10.1016/j.energy.2020.118421

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Citations (18)

Robust phase change materials based on PBAT-block-PEG multiblock copolymers with novel thermostability prepared via facile melt transesterification

Journal of Energy Storage (2024)

Dongguang Yan Bingbing Feng Shilong Zhao Chengyu Gu Yingqiang Fan

Thermostability

10.1016/j.est.2024.110895

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Citations (3)

Inertinite Reflectance in Relation to Combustion Temperature

Processes (2024)

Di Gao Di Chen Cui Chi Xiaoyong Fu Junjiao Yang

Inertinite, a product of wildfire, holds important information on global temperature change. The relationship between its reflectance and temperature has been widely used to identify wildfire events in paleo-sedimentary environments, but the currently used equations relating inertinite reflectance and combustion temperature are subject to large errors. Therefore, to clarify the relationship between inertinite reflectance and combustion temperature further, we systematically analyzed changes in inertinite reflectance under different combustion durations based on the literature’s data. Results confirmed that inertinite reflectance is related to combustion duration. Disregarding combustion duration, the combustion equation is T=267.52+110.19×RoR2=0.91, where T is the combustion temperature, Ro% is the measured inertinite reflectance, and R2 is the correlation coefficient. Under a combustion duration of 1 h, the equation is T=273.57+113.89×RoR2=0.91, and under a combustion duration longer than 5 h (including 5 h), the equation is T=232.91+110.6×RoR2=0.94. These three equations not only account for the temporal factor, but are also more precise than the commonly used formula. This study provides a scientific basis for research on paleo-wildfire.

10.3390/pr12112452

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Citations (1)

デトネーション管内の火炎加速に及ぼすジェット乱流促進体の影響【Powered by NICT】

Applied Thermal Engineering (2017)

Shilong Zhao Fan Yuxin Lv Haojie Jia Bingyue

Source

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Citations (0)

Influence of parameters on flame expansion in a high-speed flow: Experimental and numerical study

Proceedings of the Institution of Mechanical Engineers Part A Journal of Power and Energy (2019)

Shilong Zhao Yuxin Fan Xiaolei Zhang

Flameholder-stabilized flames are conventional and also commonly used in propulsion and various power generation fields to maintain combustion process. The characteristics of flame expansion were obtained with various blockage ratios, which were observed to be highly sensitive to inlet conditions such as temperatures and velocities. Experiments and simulations combined methodology was performed; also the approach adopted on image processing was calculated automatically through a program written in MATLAB. It was found that the change of flame expansion angle indicated increasing fuel supply could contribute to the growth of flame expansion angle in lean premixed combustion. Besides, the influence of inlet velocity on flame expansion angle varies with different blockage ratios, i.e. under a small blockage ratio (BR = 0.1), flame expansion angle declined with the increase of velocity; however, under a larger blockage ratio (BR = 0.2 or 0.3), flame expansion angle increased firstly and then decreased with the increasing velocity. Likewise, flame expansion angle increased firstly and then decreased with the increasing temperature under BR = 0.2/0.3. In addition, flame expansion angle was almost the same for BR = 0.2 and BR = 0.3 at a higher temperature (900 K), and both of which were bigger than BR = 0.1. Overall, BR = 0.2 is the best for increasing flame expansion angle and reducing total pressure loss. The influence of velocity and temperature on flame expansion angle found from this research are vital for engineering practice and for developing a further image processing method to measure flame boundary.

Expansion ratio

Flame speed

10.1177/0957650919896504

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Citations (4)

Experimental and numerical study on thermodynamic performance in a designate pilot-ignition structure: Step

Aerospace Science and Technology (2019)

Shilong Zhao Yuxin Fan

Flame structure

10.1016/j.ast.2019.05.049

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Citations (19)

A Formal Model of Policy Reconciliation

Cataldo Basile Antonio Lioy Christian Pitscheider Shilong Zhao

This paper proposes a novel approach to perform the reconciliation of security policies by means of user-defined reconciliation strategies. The proposed policy reconciliation model allows several degree of freedom when specifying reconciliation strategies, which can be based not only on rule actions, like most of the works in literature, but also on other rule data (e.g., the conditions) and other external data (e.g., rule priorities, policy priorities). Additionally, it can be applied to reconcile policies at runtime and off-line, that is, it allows the generation of a reconciled policy. Moreover, the reconciliation process generates a detailed report on all the decision taken. Given its expressiveness, the approach can be also applied to simplify the policy specification process. The model has been validated against a practical example, the definition of the application layer filtering policy in a corporate scenario, and its performance has been tested with synthetic policies. Both validation and performance analysis gave encouraging results.

Security Policy

10.1109/pdp.2015.42

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Citations (4)