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The influence of weld heat input on weld joint between B610CF and 16MnR steel using shielded metal arc welding method was investigated by metallographic experiment and mechanical properties experiment.
Weld thermal cycle affects micrographic structure and mechanical properties of weld joints.
Weld heat input is an important factor affecting weld thermal cycle[4].
In this paper, using shielded metal arc welding method, the influence of weld heat input on weld joint between B610CF and 16MnR steel was investigates by metallographic experiment and mechanical properties experiment.
So the impact toughness has little difference which can be demonstrated by mechanical properties experiments shown in Table 4.

Principles and affecting factors of usability are analyzed in the design.
The principles and influencing factors of usability are also discussed [3]. 2.
New technologies promote product physical properties of the constant change and innovation. 3.3 Emotional design Product design is the communication medium of people and things.
Who can really affect her?
This paper analyzes the principle and the influencing factors of usability design.

Based on the microcosmic analysis of the factors affecting the stable performance of nanofluid, FeO nanofluid was prepared by using the ultrasonic dispersion method.
According to the data of the absorption height and the solution temperature, it is pointed out that there are two factors which might have negative influences on the mass transfer enhancing process.
Nano materials are of special mechanical properties, electrical properties, optical properties, magnetic properties, thermal properties and strong chemical activity due to their small basic particles and their special small size effect, surface effect, quantum size effect and macroscopic quantum tunneling effect.
The stability of nanofluid is influenced by many factors during preparation, particularly such as dispersant and ultrasonic conditions.
It can also be found from Fig6 and 7 that there are two negative factors inhibitting the absorption in ammonia bubble absorption process.

Therefore, the choice of basic mechanical properties of masonry structure numerical simulation is as a research direction.
Figure 1 The axial compressive stress of masonry bricks and mortar under the stress The factors affects the performance of masonry Factors that affect the performance of masonry is more discussion of this issue with more comprehensiveness and representativeness of a Robert.
The program is using concrete block prism before cracking elastic analysis to study the elastic compression within the prism of different parameters on mechanical properties.
Robert thinks that the two high leather prism block is difficult to reflect the actual specimens within the masonry wall mechanical properties.
Mortar Properties (strength, deformation, mortar joint thickness).

Preparation and Performances of Geopolymer-Based Plant Fiber Composites Shiju Wei a, Jianli Tan b, Wanli Lu, Leping Liu, Shujuan Yu and Guangjian Zheng c,* College of Chemistry and Material Science, Guangxi Teachers Education University, Nanning, Guangxi 530001, P.R.China a1522079917@qq.com, b864755795@qq.com, c*zhgj0920@163.com Keywords: Geopolymer; Plant fiber; Composite; Mechanical properties; Orthogonal test Abstract.
The results show that sequence of influence factors for bending strength was: solid to liquid ratio > fiber content > water glass modulus.
The excellent physical and chemical properties of material were exhibited such as high bending strength, low shrinkage, impermeability, fire resistance and frost resistance.
Results from orthogonal test indicated that the sequence of affecting bending strength index is: solid to liquid ratio > fiber content > water glass modulus, and the optimum combination of factors is A3B3C3.
Synthesis and mechanical properties of novel composites of inorganic polymers (geopolymers) with unidirectional natural flax fibres (Phormium tenax).

Mechanical properties, especially tensile strength, elongation at break, and elastic modulus are the crucial factors in order to evaluate the plasticizers effectiveness.
Finally, the films were removed out of the dish to evaluate its properties such as mechanical properties, oxygen permeability, and microstructure.
Results and Discussion Film Mechanical Properties.
These obtained results also correspond to the evaluation of mechanical properties of these films.
Khwaldia, Physical and Mechanical Properties of Hydroxypropyl Methylcellulose – Coated Paper as Affected by Coating Weight and Coating Composition, BioResources 8 (2013) 3438 – 3452

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.

The aim of the study was to demonstrate how strongly the SPD technique (or a combination of various techniques) employed affects the thermo-physical properties of the treated material.
Chemical composition and mechanical properties of copper of 99.9% in the initial state.
Chemical composition and mechanical properties of CuCrZr alloy in the initial state.
This indicates that these properties are strongly affected by several other factors.
Kulczyk, J.Skiba, W.Pachla, Microstructure and mechanical properties of AA5483 treated by combination of ECAP and hydrostatic extrusion.

Abstract: An investigation into the mechanical properties of K55，N80 and P110 steels was carried out for casing-drilling technology.
This indicates that the mechanical property of the matrix phase in the microstructure is a key factor in controlling the overall mechanical property of the steel.
The mechanical properties of TM controls the overall mechanical properties.
In this case, the mechanical property of the F-Bu-TM mixture controls the overall mechanical properties of the specimen.
This can be attributed to the microstructures of N80 steel，in which the upper bainite will affect the mechanical properties of the investigated steel.

Microstructure evolution and high temperature mechanical properties are investigated and reported for various Heat Resistant Cast Steels.
Mechanical Properties High temperature mechanical properties For all grades, high temperature mechanical tensile tests have been performed on specimens machined parallel to the outer surface.
This confirms that the relevant microstructural feature controlling the mechanical properties are the secondary arm grains.
At high temperatures the higher is the nickel content the higher are the mechanical properties.
Thermo-mechanical loading also affects the oxide thermally grown on the surface of dies.