Search results

The very important factor affecting both the shape of the load-displacement curve and the empirical correlations for determination of YS and UTS is the stiffness of the loading system [17-19].
[9] DORAZIL, O., FILIP, M., MATOCHA, K.: Factors Influencing the Outcome of the Time Independent Small Punch Tests.
[15] GARCÍA T.E., RODRÍGUEZ C., BELZUNCE F.J.: Small punch test to estimate the mechanical properties of structural steels.
H.: Toughness Losses In Low Alloy Steels At High Temperatures: An Appraisal Of Certain Factors Concerning The Small Punch Test.
A Study on the Influence of Different Factors on the Small Punch Creep Test, SSTT2016 Shanghai [37] ABENDROTH M.

Analysis of the Factors Affecting the Value-Added to Dried Pineapple Fruits Using a Simple Interactive Computer Model Samwel Victor Manyele1,a 1Department of Chemical and Mining Engineering, University of Dar es Salaam, P.O.
The major factors include final moisture content, Xwf; peel loss rate, Rp; reject loss rate, Rrj; and the reject-to-peel ratio, Rrj/Rp.
The modeling of the value added to dried pineapple helps to predict the important factors which affect the value added to the final products, and hence to establish the good operating condition so as to get more profit by marketing dried pineapple than fresh pineapple.
This parameter depends on several factors such as: critical moisture content which is a property of the material being dried, drying air conditions (humidity conditions), and movement pattern of air (forced or natural draft).
Minott, Factors affecting quality of fresh-cut horticultural products, Postharvest Biology and Technology (1996) 9 115–125

Mechanical properties.
The release of free calcium ions provides one of the essential factors in the clotting cascade.
Mechanical properties.
Conclusion The structure and properties of the cavernous calcium alginate wound dressing would be affected by many factors during the preparation process.
The results are as follows: With the glycerin, structures of the calcium alginate wound dressing are changed, and the mechanical properties are poor though the water uptake and permeation properties are not bad.

Effect of Water Absorption on the Mechanical and Dielectric Properties of Nano-alumina Filled Epoxy Nanocomposites Hongxia Zhaoa and Robert K.Y.
Results on the effect of water absorption on the mechanical and dielectric properties of nano-size spherical alumina (Al2O3) filled epoxy are presented in this paper.
Upon water absorption, the mechanical properties of the alumina/epoxy nanocomposites decrease evidently, because of the damages induced by water on the epoxy resin.
There are several factors that influence the rate of water absorption in epoxy composites, such as the number of hydroxyl groups, the glass transition temperature, as well as the presence of secondary dispersed phase [1,6].
Effects of water absorption on the mechanical and dielectric properties of the alumina/epoxy nanocomposites were investigated.

Theory Study on Similitude Design of Shaking Table Tests of Earthquake-induced Landslide Chunjing Lai1,a , Yanpeng Zhu2,b, Chunqing Wang3,c, Tianzhong Ma4,d 1,2,3,4 Lanzhou University of Technology, School of Civil Engineering, China 1,2,3,4Western Engineering Research Center of Disaster Mitigation in Civil Engineering of Ministry of Education, China alaichunj@163.com,bzhuyp1@163.com,cwangchun2020@163.com,dmatz0914@163.com Keywords: earthquake-induced landslides, shaking table test, similitude laws, Abstract: Based on analysis of characteristics of earthquake-induced landslides and summary of main factors of controlling earthquake-induced landslides, three main factors which are seismic parameters, topography and landforms features and engineering properties of soil are considered the main factor affecting on earthquake-induced landslides.
Also, the engineering properties similitude of model soil is checked by the method of shear wave velocity similitude.
Properties of Earthquake induced Landslide 2.1.
Secondly, model material should be selected similar to the model according to the mechanical property of prototype structure.
Based on analysis of the characteristics of earthquake-induced landslides and summary of the main factors of controlling earthquake induced landslides, three main factors which are seismic parameters, topography and landforms features and engineering properties of soil are considered the main factor affecting on earthquake-induced landslides.

The factors which affect the diameter distribution, surface morphology and thermal properties of microencapsules were investigated by the means of SEM, DSC and TG.
The factors which affect the diameter distribution, surface morphology and thermal properties of microencapsules were investigated by the means of SEM, DSC and TG.
Results and Discussion The factors which affect the surface morphology.
(B1) (B2) (B3) (B4) Fig. 2 The surface morphology of the microcapsules with different emulsifier concentration (3.5KX) (B1) 0.8％; (B2)1.2％; (B3)1.6％; (B4)2.0％ Fig. 3 The diameter distribution of microencapsules with different mulser's stirring rate The factors which affect the diameter and diameter distribution.
American Society of Mechanical Engineers, 1998, 17: 1

The surface properties after surfacing the steel depend on the type of alloying elements determining the phase constitution, boundaries of phase transitions and mechanical properties.
The properties of materials of the weld joint after BCMW are given in Table 1.
In the process of coating the embedment of such phases in the metal matrix leads to the formation of dispersion strengthened layers and the enhancement of physical-mechanical and service properties of the obtained materials.
Hardening is achieved through a directed high energetic and modifying influence of dispersed high melting compounds on the structure, physical-mechanical and auxiliary properties of coatings made of metals and alloys applied by surfacing methods.
During modification the structure of weld metal is refined and, as a consequence, physical-mechanical properties and performance characteristics are improved.

The results also showed that the amount of binder in this case is negligible (4.2-7.5%) and practically does not affect the insulating properties of the material.
The results also showed that the amount of binder in this case is negligible (4.2-7.5%) and practically does not affect the insulating properties of the material.
Like any other material that is designed to isolate a certain space, the special attention is paid to the properties of this material and its physical and mechanical characteristics.
This applies primarily to mechanical properties, sound-proof properties, moisture resistance, fire resistance (not applicable to this material) and other properties, such as adhesion, resistance to light radiation, etc., which can affect the structure of the material and its durability.
The results obtained depend on very many factors: the selected power of the heat sensor, the thickness of the sample, the duration of the pulse, and this dependence has not been identified in the studied literature.

The reactions in hydration process cause some complex particle to be produced that affect the mechanical properties of LFC.
The addition of polypropylene fibre retains water, and more air will be entrapped thus affecting the properties of LFC.
The reaction happened will change the microstructure formation thus affecting the thermal properties.
Some complex particle is produced in hydration process which affects the mechanical properties of LFC.
This affects the mechanical properties of LFC

Surface grain refinement is a relatively new process aimed to enhance mechanical material properties.
They are all extremely sensitive to structure and properties of the surface material.
On the other hand, fine grained materials possess superior mechanical properties fundamentally different from their conventional coarse-grained polycrystalline counterparts.
It can be concluded that changing process time in this scale is not notably affecting state of residual stresses.
The Rietveld method uses multiple reflections of experimental data and can determine structural and microstructural parameters (lattice parameters, atomic coordinates, thermal factors, crystallite size, microstrain and so on).