Search results

Factors affecting the soldering tendency are discussed, and methods for reducing die soldering are suggested.
S4) (only for S6 alloy), which can affect the mechanical properties.
After T6, the mechanical properties become not representative due to the presence of many pores.
In order to double check the mechanical properties after T6, the cast trials and heat treatment (T6) has been optimized.
The measured mechanical properties are shown in Fig.

It can improve the overall carrying capacity of the pavement without affecting its water permeability and retention.
Meanwhile, it should have good mechanical properties.
Therefore, through experiments and numerical analysis of water permeability and retention and mechanical properties of the ATPB drainage base course, this research explores the influencing factors and changing patterns of the water permeability and retention and mechanical properties of the asphalt treated permeable gravels, finding out the key factors that balance their contradictions and the solutions to the decreasing bearing capacity of the structure caused by the over-large void ratio, which is vital to the design of ATPB.
Influence of the Void Ratio on Mechanical Properties of ATPB Drainage Base Course.
When used as a permeable base course, ATPB’s mechanical properties will be affected by the rain stored in the base course.

Portion of reinforcement particles Ti(C,N) has influence on the mechanical properties of composite materials.
Aluminium and its alloys are characteristic of good mechanical properties, and the reinforcing particles are introduced to improve them further.
The composite materials obtained in this way in general have much better mechanical properties than matrix alloys.
Deformation behavior at extrusion temperature is dependant on many metallurgical and technological factors, e.g. temperature, flow rate, and extrusion ratio.
Many factors affect the mass loss after the wear tests of the composite materials:hardness of the obtained composite materials, shape and dimensions of the reinforcement particles, and also a) b) values of load between the test piece and the counter-specimen.

Effect of Mineral Admixture on Mechanical Property of PHC Pile Concrete XUE Lili 1, a, SHEN Yan 2,b 1 Institute of Civil Engineering , Jiaxing University, Jiaxing 314001,China 2The Public resources trading center of Jiaxing, Jiaxing 314000,China axuelili1316@126.com, b 35919575@QQ.com Keywords: Mineral admixture,Tobermorite,Mechanical property,Interface microstructure Abstract.
The mechanical properties of PHC pile concrete with different mineral admixture（fly ash, ground slag, ground silica sand) were tested and interface microstructure of the concrete were analyzed by ESEM.The result show that,the compressive strength of PHC pile concrete with 20% ground silica sand or with 30% ground slag can reach more than 80MPa after autoclaved curing;The PHC pile concrete with 20% ground silica sand show the best mechanical properties.The tobermorite C5S6H5 can be observed in ESEM photograph of interface of autoclaved curing concrete.
Interface properties directly affects the strength, stiffness and durability of concrete [3-5].
This paper will study the mechanical properties of PHC pile concrete with fly ash, ground slag or ground silica sand，and interface microstructure morphology of the concrete will be observed by ESEM.
The Structure, Properties and Materials of Concrete[M(in Chinese)].

Babarsari Kotak Pos 6101 YKBB Yogyakarta 55281 ariswidyo.nugroho@umy.ac.id a Keywords: SS 304, plasma nitrocarburizing, mechanical properties, corrosion properties.
In this study, the mechanical properties and corrosion properties of plasma nitrocarburized 304 stainless steel at various processing times was investigated.
The microstructure, mechanical and corrosion properties of the treated austenitic stainless steel were correlated to the plasma processing time.
Another significant factor that affects the surface hardness is the formation of the expanded austenite phase with different lattice expansion.
AISI 304 nitrocarburized at low temperature: Mechanical and tribological properties.

The mechanical properties of the material can be affected by several factors.
In general, the main factors affecting the thermal conductivity of Mg alloys include solid solution atoms, second phases, temperature, and texture.
"A study of the mechanical properties of a Mg-Al-Zn alloy (AZ91) produced via Thixomolding."
Mechanical Properties and Microstructure of Heat-Resistant Mg-Al-Ca Alloys Formed by Thixomolding
Heterogeneous Materials: A New Class of Materials with Unprecedented Mechanical Properties. 2021

With the help of finite element numerical simulation and Latin hypercube sampling method, the uncertainty of mechanical properties at tip of EAC in one-inch compact tension specimen is simulated and analyzed in this study.
The results show that the randomness of material properties and load markedly affect the uncertainty of micro-mechanical state.
The mean of properties of alloy 600 and the oxide film are shown in Table 1.
E1, ν1, σ01 are the material properties of the nickel-based alloy, E2, ν2, σ02 are the material properties of the oxide film, P is the load.
Research on the plane multiple cracks stress intensity factors based on stochastic finite element method.

Microstructure and Mechanical Properties of Mg-1Mn-0.6Ce Alloy Containing Yttrium G.H.
And the influences of yttrium on microstructure and mechanical properties of the Mg-1Mn-0.6Ce magnesium alloy were investigated.
Fig. 2 SEM image and EDS spectra of the as-cast (D) alloy Mechanical Properties.
The tensile results demonstrate that adding Y to the Mg-1Mn-0.6Ce alloy can improve the mechanical properties.
On the other hand, gain size is also an important factor affecting the mechanical properties.

The structure and its dependence on the magnetic properties of Ni5CoXCu95-X alloys produced by mechanical alloying and subsequent annealing Marta López1,a, M.
Therefore, the microstructural factors controlling the magnetization in granular materials, which affect the relative orientation of magnetic conductivity, are expected to be the magnetic cluster size, shape, volume fraction of ferromagnetic phases and the distance between clusters, as the most important effect [7].
Magnetic properties were measured by using a Physical Properties Measurement System (PPMS, Quantum Design) in Vibrating Sample Magnetometer (VSM) mode.
Mechanical properties at room temperature were measured by microhardness test (HV).
Magnetic Properties.

Mechanical properties tests The mechanical properties tests were conducted in the same environment as moisture absorption tests.
This is probably because of the existing forms of water molecules in bamboo and other factors, such as effects of EMC and fiber saturation point (FSP) to dimensional stability of bamboo in ambient environment.
Then the decline of mechanical properties becomes stably.
Generally, the mechanical properties of LBC material decreased as the temperature increased.
Moisture Dependence of Different Mechanical Properties of Bamboo.