Applied Thermal Engineering

The dataset contains the results related to the Figure 5 - Figure 15 in the paper.

Dataset presenting results obtained in the study

test dada summarization include the initial and final temperature result of each discharging and charging cycle of all the test conditions. Tmax,Tmin,Tave and △T during the experiments include the compare results of the focus issues in the article, and the whole test period temperature data are explored .

1) Experimental results under conditions of data center waste heat utilization; 2) Experimental results under conditions of glass and liquid crystal display panel manufacturing waste heat utilization; 3) Temperature data of chilled water and evaporation; 4) Temperature data of cooling water and condensation; 5) Temperature data of heat transfer fluid

The data presented here are the basis for the study reported in the research article entitled “Numerical study on flow and heat transfer in microchannel heat sink using hybrid manifold arrangement and secondary channels”. On the one hand, this data set contains all the raw numerical data, such as the max temperature of the microchannel heat sink Tmax, the area-weighted average temperature of fluid at the outlet Tout, and the area-weighted average temperature of the interface between the coolant and solid wall Tw. In addition, this data set also contains all the processed numerical data, such as the Reynolds number Re, the total thermal resistance Rt, the average heat transfer coefficient h, the average Nusselt number Nu, the apparent friction factor f, and the performance evaluation criteria PEC.

Pressure drop and particle concentration during filtration tests at laboratory scale (soot laden gas stream created by a soot generator) of two small wall-flow Diesel Particulate Filters made of MDF-bioSiC. The concentration of particles upstream and downstream the filter is measured with a Scanning Mobility Particle Sizer (SMPS). Soot generator: PALAS GFG 1000 (5 LPM Argon; 200 sparks/s) Geometrical dimensions of the DPF samples: 9.2 mm x 9.2 mm x 31 mm (cell density 57.59 cell/cm2 ~ 371.6 cpsi)

This file is the original data including the critical conditions, flow patterns, time dependencies of the temperature , fundamental frequency, number of rotating rolls, average Nusselt number and so on.

Data for: Simulation on the thermal performance of two-phase thermosyphon loop with large height difference

Experimental data for methanol/natual gas dual fuel engine including the in-cylinder pressure, dual fuel engine performance, emissions data.

File "threephaseline. mat" stores three-phase line coordinates and sequence data, and file "Driveforce" is the code and can be run directly.