Search results

HPTE is a modern mechanical nanostructuring technique that can refine the microstructural properties and subsequently affects the mechanical and functional properties of the materials.
The adsorption process is reversible, and the amount of adsorbed hydrogen depends on factors such as temperature and pressure.
There is a constant drive to develop novel processing techniques that can enhance the mechanical properties and performance of materials.
Lach, Improved Mechanical Properties by Nanostructuring-Specific Considerations under Dynamic Load Conditions, in: Handb.
Garcia Sanchez, Experimental and numerical analysis of HPTE on mechanical properties of materials and strain distribution, in: IOP Conf.

Linear relationship is found between permeability and the two physical properties i.e., bone surface area and pore size.
The artificial cancellous bone must have the properties and characteristic similar to the natural cancellous bone to ensure the bone can provide mechanical support and at the same time promote tissue regeneration.
In the design of scaffold, porosity determines the mechanical stimulus and consequently bone formation.
For permeability analysis, the geometries were assigned with isotropic properties.
Since this law explained the permeability based on two physical factors which were viscosity and pressure drop, the graph of the line plot were affected by this two factors.

By the research on exterior insulation materials, the analysis on the performance of external thermal insulation materials currently used, and the research on the factors affecting the seismic performance of external thermal insulation material, It provides a guidance on evaluating the external wall thermal insulation material performance and quality, ensuring the quality of external thermal insulation material, and it is expected to achieve the effect of building energy efficiency.
Factors that affect the seismic performance of external thermal insulation material There are two factors that affect the seismic performance of the external adiabatic material.
The other one is the external influencing factors of the system, which including the system of various factors such as load and construction quality. 4.1 The weight of materials The density of EPS is 17-23 kg/m3, and the thermal insulation layer thickness of the EPS board is calculated at 49 mm.
In order to limit the width of the cracks, the tensile strength of glass fiber grid cloth should have higher properties.
Material weight, tensile strength of the adhesive material, external load, the construction quality of external thermal insulation material, protective anti-cracking layer of external thermal insulation system , characteristics of thermal insulation material itself are all factors affecting the seismic performance of external thermal insulation material.

Mechanical properties were determined by uniaxial tensile test and hardness testing.
Microstructure development during the shaping process is one of the most important factors that affects the overall properties of the final part.
The 60% deformation acts as a threshold, where the pattern for mechanical properties is changing.
With increasing deformation, the mechanical properties are increasing as well.
Jen, Intermetallics Formation and Their Effect on Mechanical Properties of Al-Si-X Alloys.

However, the adsorption capacity of the carbon electrode depends on other factors, such as the specific capacitance, wettability and electrical resistance.
However, the electric properties of electrode were proper.
The adsorption capacity of the carbon electrode depends on many factors, such as surface structure, surface functional groups and electrochemical performance.
The wettability of the electrode is also an important factor affecting its capacitance.
Conclusions An electrode for capacitive deionization should have a higher specific capacitance and electrochemical performance, the binder applied to activated carbon electrode is an important factor affecting properties of the electrode.

Because of width of buried ground fissures’ affected zone depends on many factors, there are still lots of work to be done on the division of buried ground fissure’s deformation zone.
Uniaxial Constitutive Relationship of Loess 1The characteristics of loess fracture failure Mechanical property and strength of loess are controlled by various factors.
So studying the tensile properties of the loess is the basis of studying the rupture propagation of ground fissures.
Stratigraphic section and soil’s physical and mechanical properties where buried ground fissure located are shown in Table2.
(3)This paper mainly focuses on exploring propagation mechanism of buried ground fissure, but the width of affected zone depends on many factors, such as buried depth of buried ground fissure, physical and mechanical properties of soil layer, and movement style of ground fissure etc.

A total 72 cubes mortar is cast and determined their properties of chemical and mechanical.
The first part deals to chemical properties of the WPSA and BA and second part is evaluated the mechanical properties especially the compression strength of the mortar.
Quantity of cement is the factors that affected the reactivity of aggregate.
Du, Use of Waste Glass as Sand in Mortar: part I – Fresh, Mechanical and Durability Properties, Cement and Concrete Composite. 35 (2013) 109 -117
Prince, Physical and Mechanical Properties of Mortars Containing PET and PC Waste Aggregates, Waste Management. 30 (2010) 2312 – 2320

The Factors Influcing Energy Transfer Efficiency of Micro-actuator Aiqun Xu Zhejiang University of Science and Technology,318 Liuhe Road, Hangzhou 310023, Zhejiang Province, P.R.
Introduction GMM is a new kind of intelligent material which has many good properties like high powered, high strain, high electromechanical factor and quick response etc.
The performance of GMM and output feature of GMA are both affected by the strength of magnetic field and whether the design of magnetic field is appropriate or not affect the performance of GMA directly.
Electromechanical coupling coefficient k33 reflects the conversion efficiency between magnetic energy and mechanical energy which depends on GMM’s feature.
Fig(4) shows the contour map of geometrical factor in α-β plane.

The fatigue strength is affected by many factors such as surface roughness, residual stresses, porosity and inclusion.
Mechanical Properties of AlSi10Mg Produced by Selective Laser Melting.
Microstructure and Mechanical Properties of AlSi10Mg Parts Produced by the Laser Beam Additive Manufacturing (AM) Technology.
Fatigue properties and material characteristics of additively manufactured AlSi10Mg – Effect of the contour parameter on the microstructure, density, residual stress, roughness and mechanical properties.
Mechanical properties of AlSi10Mg alloy fabricated by laser melting deposition and improvements via heat treatment.

That is why the processes governing the texture formation in duplex steels are supposed to change in comparison to single phase steels affecting final rolling textures of ferrite and austenite.
Crystallographic textures and a band-like morphology of ferrite and austenite are important structural factors since they exert a significant influence on further treatment and therefore determine properties of final product.
That is why the factors affecting deformation behavior and formation of rolling textures in modern grades of duplex stainless steels are the subject of permanent interest [2,5,8,9].
The thermo-mechanical treatment included hot-rolling and solution annealing at the temperature range 1150-1200°C.
The important factor affecting a development of ferrite and austenite rolling textures is a specific morphology of both phases formed upon processing.