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In conclusion, The Ta-70Zr alloy is potentially useful in the hard tissue implants for its mechanical properties and biocompatibility.
Ta is widely used in biological materials [13-16] for its excellent mechanical properties, good corrosion resistance and impact resistance.
The Ta-Zr alloys with mechanical properties matched with the dense bone were prepared by powder metallurgy.
Mechanical properties is an important factor of bone repair materials, the ideal bone replacement materials can not only induce osteoblast growth, but also bear a certain load [20].
Jin: Shape memory effect and mechanical properties of biomedical Ti-Ta based alloys(Ph.D., Xiamen University, China 2009), p.84.

Comparative Study on Mechanical Properties of GMA Welded IRSM41 Mild Steel Plate Based on Grain Flow Direction R.
A range of welding process have been developed so far using single or combination above factors namely heat, pressure and filler wire.
The failure mechanisms associated with their mechanical and microstructural properties is taken as parameters for study.
The result indicated that the shielding gas composition have great influence on mechanical properties.
Hence, certain mechanical properties are increased when a sample is tested in the along the grain flow direction.

There are many factors affecting thermal post-processing, however, efforts have been made to review the details regarding thermal post-processing applied to SS316L material processed with direct metal laser sintering.
Density is crucial in additive manufacturing and affects the final product's performance and physical properties.
Various factors, including component size, material, and process parameters, determine the severity of these stresses.
Because AM processes involve cyclic heating, there is a complex phase transformation occurring throughout the build like HAZ that affects mechanical properties.
Microstructural, corrosion and mechanical properties of additively manufactured alloys: a review.

Flat crush performance test, edgewise compressive properties test and sheering properties test of both ripple structure and latticed structure sandwich composites were performed respectively.
In the paper, the ripple sandwich structure and lattice sandwich structure were selected as the research object, and the mechanical properties tests were performed.
The equipment drawing of edgewise compressive properties test is shown in Fig.3.
The equipment drawing of sheering properties test is shown in Fig.4.
So, the result of mechanical model was affected.

Citation & Copyright (to be inserted by the publisher ) Coupling recrystallization and texture to the mechanical properties of ferritic stainless steel sheet C.
Obtaining optimal mechanical properties for highly formable ferritic stainless steel sheet requires careful control over recrystallization and texture.
The important mechanical properties for formability (e.g. the yield strength and r-value) are thus strongly dependent on the final few percent recrystallization.
In this study, it has been attempted to correlate the microstructure and texture of ferritic stainless steel sheet to its mechanical properties as measured in uniaxial tension.
Evolution of Mechanical Properties: r-value.

In this study, mechanical properties of the AAO structures are measured using the nano-indentation method.
Nano-indentation technique is one of the most effective methods to measure mechanical properties of nano-structures.
Finally, relationship between the mechanical properties and the porosity change is also investigated.
The mechanical properties of 0 % porosity mean the alumna's own properties except the pore portion.
These mechanical properties and empirical coefficient are shown in Table 1.

Recrystallization and Mechanical Properties of Hot Rolled Seamless Steel Tubes T.
Values of mechanical properties are an average value from three tensile tests.
Table 2 Comparison of calculated and measured structural and mechanical properties.
Obtained values could by affected by: - interval of validity of used material constants, - evaluation methodic of ferrite grain size, - factors with influence on tensile test (local temperature and structure heterogeneities), - incomplete static recrystallization between stands (Fig. 3).
Summary Mathematical model of structure and mechanical properties was applied on tube hot rolling.

Cubic-shaped Nano-MgO Powder and its Infrared Absorption Properties Yimin Zhu 1,a, Yuexin Han 1,b Guoliang Liu2,c 1 School of Resources and Civil Engineering, 2 School of Science Northeastern University, Shenyang, Liaoning 110004, China a zhuyimin@mail.neu.edu.cn b hanyuexin@mail.neu.edu.cn c liuguoliang024@yahoo.com.cn Keywords: Cubic nano-MgO, shape control, infrared absorption properties Abstract.
The main effect factors on the size and shape of nano-MgO powder such as mechanical stirring rate, organic reagent, and calcinations of the process were investigated.
Several factors have been affected on conglobation of the powder such as precipitation reaction temperature, reaction time, mechanical stirring rate, and organic additives [8-10].
Summary (1) The shape and size of MgO powder are affected by mechanical stirring rate, calcination time, and species and dosages of organic additives; And conglobation of the powder is also affected by these factors
Preparation of Nano-MgO and Investigation of its Infrared Absorption Properties[J].

So these two factors affect the thermal and mechanical properties of the composites and hence cannot be neglected[1-6] .
A very important topic in the use of composites is the occurrence of interlaminar cracks for unidirection carbon fibre/epoxy composites, and the environmental factors have greatly influenced on the composite's mechanical property[7] .
One of the goals of this work is to investigate the most affective factor of all environmental factors on the mechanical property of carbon fibre/epoxy composite.
Normal table test The test temperature 、 the solution concentration and the immersion period were important factors to the mechanical properties of samples.
Friedrich, Mechanical properties and failure behaviour of carbon fibre-reinforced polymer composites under the influence of moisture, Composites part A 28A (1997) 595-604 [7] R.

It was also found that the specimens had the best mechanical and corrosion properties after heat treatment at 1150ºC.
Taking advantages of these positive factors, this alloy has been mainly used in chemical process, pollution controlling and metallurgical industry, such as radiant tubes of a continuous-annealing line for cold rolled sheet [1].
Song and Nakata evaluated the mechanical properties of friction stir welded and post- heat-treat Inconel 625 alloy.
They find that applying heat treatment after FSW led to the improvement of mechanical properties of the welds [5].
Otherwise, the existence of laves phase was also detrimental to the mechanical properties.