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Particle size of silica sand affects the mechanical properties such as compression, hardness, and transmittance of SLS glass.
Melting temperature, soaking time, and melt accelerant can also affect the mechanical properties of SLS glass.
These properties are significant factor which affect the glass melting temperature, and the clarity and quality of glass product.
The software used statistical modeling to determine simultaneously the individual and interactive effects of many factors that could affect the output results [5].
Even different particle size range affects mechanical and optical properties of soda lime silicate glass.

The dynamic increase factors (DIF) of the HSC are more than 2 compare to normal strength concrete.
Dynamic Properties.
Dynamic Properties Stress-strain diagram.
Part 2: Parametric investigation of factors affecting behaviour at high loading rates.
Harish, The Mechanical Properties of Concrete Incorporating Silica Fume as Partial Replacement of Cement, International Journal of Emerging Technology and Advanced Engineering, Vol. 5 (9), (2015), p. 270-275

Currently, CMP has too many influencing factors which lead the process to be more complex.
The wafer speed will affect the speed of the abrasives through the wafer.
(5) Where, k is the adsorption coefficient which is relative to the the abrasive material's properties, surface morphology and surface free energy and its work environments.
As Preston’s equation, the models that have been published in the last decades, still cannot quantitatively explained how the polishing pads' material properties and its surface morphological features, polishing slurries' chemical characteristics, the abrasives' size and concentration’s influence on the CMP process.
In CMP process, the appropriate balance between chemical and mechanical factors can reduce the wafer's roughness so as to obtain higher surface shape precision and ensure the surface quality [11,12].

Cellulose-based biodegradable cushioning packaging material Wang juwei (Beihua University, Jilin, 1320132) wahaha@123.com Key words: Waste polyurethane， Alkali lignin， Cellulose，Mechanical properties，Biodegradable sex，Packaging materials Abstract：In recent years, with the requirements of environmental protection of packaging materials improve, biodegradable materials more and more attention to.
The results show that: to recycle waste as raw material, add natural renewable material alkali lignin and cellulose, and influence factors of sheet material performance, get the film material performance is the ideal process parameters.
The orthogonal experiment results show that waste polyurethane: alkali lignin: cellulose = 3:4:6 made materials when mechanical properties and degradation is better.
Cellulose can affect the mechanical properties of biodegradable packaging materials are many factors on the experimental analysis of the information obtained, directly affect the test results, there are three underlying causes, namely the amount of waste polyurethane, the amount of alkali lignin and cellulose dosage the delivery ratio.
In the case of normal temperature and pressure molding time was 3h, emphasis on the amount of waste polyurethane, the amount of alkali lignin and cellulose than the amount put on the physical and mechanical properties of materials, so the experimental design three factors, three levels of L9 (33) Orthogonal test table.

Orthogonal Experiment Factors.
Conclusions VARTM process parameters have a significant impact on the mechanical properties of parts.
So it can greatly improve the mechanical properties of parts.
The greater vacuum is, the better mechanical properties are.
But a long filling time dose not conducive to the improvement of mechanical properties.

The results show that the mechanical properties can be improved in a proper heating mode.
Some researchers have tried to make TiB2-composites to enhance the mechanical properties.
That’s the main reason that the comprehensive mechanical properties of S3 were improved.
The mechanical properties of TiB2-Ti(C0.5N0.5)-WC composite materials were shown in Table.2.
These features can improve the comprehensive mechanical properties of materials

Aggregate gradation need to consider the following factors: (1)Particle/resin composites reinforced mechanism [5,6] In 1976, using polyester resin for the base material, glass beads for reinforced materials, J·Leinder and R·T·Woodhams obtained the composite strength formula including filler particle with experiment and theoretical calculation for the strength of composite material, they believed that the following two aspects were critical factor to affect the strength of particle/resin composites.
A: The bonding degree between filler and base material is important factor to affect the strength of particle/resin composites.
B: The particle size of filler is also important factor to affect the strength of particle/resin composites
Aggregate Gradation Scheme Research： Using continuous gradation scheme, choosing standard rectangular cross-section sample, controlling resin content about 9%~15%, observing the surface condition and mechanical properties of the sample under the different gradation through experiments.
The mechanical properties of the sample under the different resin content were analyzed with gradation scheme A.

However, the mechanical properties of printed products largely depend on the printing process parameters, with fibre orientation being one of the most important factors.
Literature Review In the context of studying the mechanical properties of PETG products made FDM printing, it is essential to analyse the factors that affect their strength, stiffness and deformation behaviour.
A comprehensive study of these factors is an urgent task that has important practical implications for optimising the properties of printed structures.
The following conclusions can be drawn from the literature review: The orientation of the fibres during FDM printing is one of the determining factors that affect the strength and deformation properties of PETG products.
The orientation of the fibres formed during FDM printing is a critical factor in determining the mechanical properties of printed products.

This paper investigated the mechanical strength and shrinkage properties of the concrete mixtures frequently used in Florida.
The empirical relationship between the mechanical properties of concretes and shrinkage strain was analyzed mathematically.
Thus, it has the potential to use just the mechanical properties of the concretes to predict their shrinkage behaviors.
Comparison of mechanical properties of high strength concrete made with different raw mateials.
Effect of coarse aggregate characteristics on mechanical properties of high strength concrete.

Effect of Al on the Microstructure and Mechanical Properties of Hot-Rolled Medium-Mn Steel D.T.
During deformation retained austenite transformed to martensite, resulting in excellent mechanical properties[2].
Many researchers added Al in medium Mn steel, hence obtained outstanding mechanical properties.
It has been known that there are many factors affecting the stability of retained austenite, such as chemical composition, grain size and morphology [14].
Effect of the Intercritical Annealing Temperature on the Mechanical Properties of 10?