Search results

On the basis of simulation results, factors affecting the freezing time including air velocity and freezing temperature were determined.
In this context, this study focused on the evaluation of factors influencing the beef freezing time based on the simulation results and thereby providing the basis for building a reasonable freezing process in terms of energy consumption and improvement of product quality. 2.
Dependence of thermophysical properties on temperature and sample composition 2.2.3.
N Huong Hoang., (2022) Evaluation of Factors Influencing the Freezing Time of the Pangasius Fillets, RCTEMME 2021, LNME, pp. 12–28
[13] Choi, Y. and Okos, M.R., (1986), Effects of temperature and composition on the thermal properties of foods, in Food Processing and Process Applications Vol.

Technological regimes of every technological operation can vary in a wide range affecting pipe steel sheet properties.
Data indicates about the essential affect of large diameter pipe steel quality and properties on quantity and length of their damages.
Pipe steels microstructure has significant influence on their mechanical properties [12].
Each variety will affect steel sheet properties.
MANAGEMENT OF STEEL SHEET HOT ROLLING PROCESS Taking into consideration factors affecting on final product quality it is obvious to analyze flows of material, energy, and information as well as their system connections for pipe steel hot rolling technological process planning (Fig. 2).

However, their mechanical properties are not good.
In general, PM aluminum matrix composites (AMCs) have good mechanical properties, being an inexpensive process.
Optimal properties require 36 h of high-energy milling.
Al+20% Fe/B can be sintered from 600 to 1100 ºC, without significantly affecting mechanical resistance or dimensional changes.
Microstructure and mechanical properties sintered Fe-Mo-B steels, Proceedings of Powder Metallurgy World Congress, EPMA, Shrewsbury, 1998, pp. 638

Then, mechanical properties of GO-cement mortars were carried out.
Results showed that the incorporation of GO significantly improved mechanical properties of GO-cement mortars.
To meet these challenges, advanced materials with higher mechanical properties and durability are essential.
Adding nano materials could be a practical approach to improve the mechanical properties of cement mortar.
Wang, Mechanical properties and microstructure of a graphene oxide–cement composite, Cem Concr Compos. 58 140–7

These sheets differ mainly in the strength and plastic properties.
The mechanical properties of these steels are usually tuned by altering their microstructures, especially the martensite volume fraction, which features high strength but low ductility.
Results obtained from the uniaxial tensile test demonstrate the visible differences in the value of mechanical properties (Table 2).
(3) Depending up mechanical properties the experiment indicated that the value of the hv/a0 blanked edge surface quality index decrease with the value of the Re/Rm ratio increasing.
Bodke, Aan overview of factors affecting in blanking processes, Int.

Study of New Filters Properties for Cs-137 Vapour Capture at High Temperature A.S.
Thermal treatment at 1400-15000С made it possible to increase mechanical strength of the filter based on porous chamotte factors of 1,5- 3,4, without any significant changes of other characteristics that exceeded similar parameters for the filter based on fly ash microspheres.
Fig. 2 shows how the thermal treatment affects the mechanical strength of the porous chamotte (measurement according to RF GOST №8462-85) and how the thermal treatment affects its specific surface (mercury porometry method).
–Thermal treatment of the porous chamotte at 1350-1500оС (in comparison with the original chamotte) results in the following: · increase of the compression strength by factors of 1,5 – 3,4; · decrease of the open porosity by factors of only 2,7 – 10,4 vol. %; · increase of the apparent density by 30 rel. % (from 0,40 to 0,52 g/cm3); · decrease of the specific area by 26 rel. % (from 101,0 to 74,2 m2/g) – Thermal treatment of the porous chamotte at 1550 – 1600оС (in comparison with the original chamotte results in the following: · increase of the compression strength by factors of 10-16, but causes irregular shrinking and cracking; · decrease of the open porosity by 19,3 – 52,7 vol. %; · increase of the apparent density by factors of 2,3 – 4,1; · decrease of the specific area by factors of 2,1 – 4,3.
The PCh thermal treatment improved its mechanical strength by factors of 1,5 – 3,4, without a significant degrading of the above-mentioned characteristics.

Abstract Considering the various loads combination and durability,pile’s diameter,embedded depth,anchor’s rod, anchorage length need to be strengthened in the permanent supporting foundation engineering.Based on Chengdu Museum foundation project, the influencing factors such as pile’s diameter,embedded depth,anchor’s pretentioned force are discussed.With comparasion of calculated data and monitoring data, this paper generalized influence of pile diameter, embedded depth, anchor pretensioned force on permanent pars mechanics properties.
So, under such ‘enlarged stiffness’ conditions, mechanical properties and deformation law of the pile-anchor structure as well as the impact on surrounding environment need to be further studied.
Figure 1 Mechanics properties of revetment piles Figure 2 Ground calculated settlement curve Influencing factors Impact of pile’s diameter on mechanical behavior of pars.
Impact of pile’s embedded depth on mechanical behaviors of pars.
After ascertaining revetment piles diameter as 1200mm, designer studies the different embedded depth’s impact on mechanics properties of revetment piles.

The objective is to study on inverse analysis for the mechanical properties of circulating tumor cells and estimate the mechanical properties.
The procedure proposed may be also applicable in estimating other physical and mechanical properties of cells.
However, at different hierarchy levels the structural organization of cells is characterized by certain mechanical properties.
The cell mechanical properties were integrally studied when the cell was considered as a single whole and mechanical properties of the cell structural components were studied using mechanical elastic properties. [5] In this work, we developed a 3D finite element computational model of circulating tumor cells, based on circulating tumor cells flow rolling experiments.
Summary In this paper we present the inverse analysis to determination of the mechanical properties of circulating tumor cells.

Experiment Research on Influence Factors of Ring-opening Polymerization in Making PDLLA Song Liu1, a, Lina Sun2, b 1North China Institute of Science and Technology, Yanjiao, Sanhe, Hebei, China 2North China Institute of Science and Technology, Yanjiao, Sanhe, Hebei, China aliusong715@yahoo.com.cn, bsunlina1943@ncist.edu.cn Keywords: PDLLA, ring-opening polymerization, influencing factors Abstract.
The paper research on the factors of the lactide polymerization, which primarily were ontology purity, dosage of initiator, polymerization temperature, time and vacuum degree, etc.
As the fracture fixation materials, the key is to guarantee the initial mechanical strength meet the demand of repairing cancellous bone fracture, this research is study on synthesis of high molecular weight poly lactic acid process conditions.
The mechanical properties cannot satisfy some biological medicine requirement.
In the lactide ring-opening polymerization process, the main affecting factors are the purity of monomer, initiator concentration, temperature and time of polymerization, polymerization vacuum degree, etc.

Dynamic Mechanical Properties of Float Glass Li Leia, Liu Jian-huab, Ji Yao-fengc Zhen Zhou technical college, Zhengzhou 450121, China aLilei20031010@126.com,bzzxyljh@163.com,cjimmy_0800@163.com Keywords: Float glass; dynamic mechanical properties; split Hopkinson pressure bar (SHPB) Abstract.
In order to study dynamic mechanical properties of float glass under blast and ballistic/fragmentation impacts, the curves of stress- strain are obtained in higher ranges by using the modified Split Hopkinson Pressure Bar (SHPB) techniques.
Although many research efforts have been focused upon various dynamic properties [9–11], the compressive behavior of float glass under dynamic loading has not yet been reported in the open literature [12].
Considering the quality of the specimens, the relatively big sample dimension should be adopted for the testing if homogeneous properties are needed.
Dynamic mechanical properties of float glass are studied by using the modified Split Hopkinson Pressure Bar (SHPB) techniques, and the dynamic stress-strain curves are obtained.