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Besides that, the depth of the location also affects the tensile properties of the meniscus since the structure of collagen fibers forming the meniscus has some orientation [1].
Collagens are part of the ECM and take responsibility for density and orientation in a scaffold's mechanical properties.
Silk scaffolds showed outstanding mechanical properties, biocompatibility, and versatile processability in meniscus tissue engineering.
The Use of Growth Factors in Repairment and Regeneration Process of Meniscal Tears Scaffold + Cell Types Seeding Growth Factors Results References Agarose scaffold + Meniscal fibrochondrocytes and articular chondrocytes Chondroitinase‐ABC and Transforming Growth Factors - β1 Presence of collagen, improved mechanical properties [44] Alginate Scaffold + Meniscal fibrochondrocytes Insulin-like Growth Factors - 1 Presence of collagen and glucosaminoglycans, Enhanced mechanical properties [45] Monolayer culture + Human synovium-derived stem cell Transforming Growth Factors - β1 Improved chondrogenic differentiation and proliferation [46] Intraarticular injection in sheep Bone Morphogenetic Protein - 7 Fill in the defect in the meniscus with cellular fibrous tissue [47] PCL-HA scaffold in rabbit Transforming Growth Factors – β3 Reform the articular cartilage [48] The Cell-Material Interactions in Meniscus Repairment and Regeneration.
However, these materials still have lacked in their original properties, such as mechanical strength, geometry, or architecture, which can not reach the properties of native meniscus tissue.

Coupling among heat, moisture, and mechanical deformations is solved based on finite element method.
The frost depths and deformations also the porosity in consideration of the orthotropic properties of frozen soil is discussed.
Method of numerical solution It is assumed that the response of the soil to loads is elastic (total stress analysis), and the elastic properties depend on the temperature.
These results are consistent with the fact that freezing speed significantly affects the frost heave amount.
(2)The porosity character is nonuniform distribution along the soil column, the temperature gradient is one of primary factor affected the porosity rate.

Finally, the optical properties such as focal length of developed micro-lens will be measured and tested.
To discuss above described parameters that will affect the micro-lens forming mechanism.
The reason to select PMMA as micro-lens material is that the material is very suitable for optical devices because of physical properties, optical properties and ability for IR coating.
AZ4620 will show colloid property when the temperature above Tg.
The reflow process affects the photoresist column shape, thus we discuss the reflowed diameter under various heating temperature and reflow period .In this study, the micro-lens array with high fill-factor have been fabricated, it can improve the brightness and diffuseness.

Research on In-flight Property of Particles in Plasma Spray Forming LI Hongyou 1, a, SHI Yuying 1,b , ZENG Haoping1 ,XU Wenji2 1 College of Mechanical Engineering & Automation, Huaqiao University, Xiamen Fujian China 2 School of Mechanical Engineering, Dalian University of Technology, Dalian China a lihongy@hqu.edu.cn, bliuxm@hqu.edu.cn Keywords: plasma spraying; forming; particle; in-flight behavior.
Introduction Plasma spraying is a process to material coating and forming, in which a large number of factors influence the coating and forming properties.
The influence factors include the adjustable spray parameters (such as the flow rate of gas, electrical current, etc.) and the nonadjustable noise factors like the wear of the electrodes [1-3].
The main factors influencing the temperature and velocity of the in-flight particle were discussed, and then the molten state of particle was analyzed.
The experimental results show that the input parameters (gas flow rate and electrical current) mainly influence the particle in-flight behavior, which directly affects the coating quality.

However, the wettability of TiC phase and metallic binder phase is poor, leading to low density and high porosity of the sintered alloy, which seriously affects its mechanical properties and operational performance.
Mechanical properties of the alloy.
In fact, the factors affecting the toughness of the alloy are not only the mean grain size, but also composition, microstructure, bonding phase and density, and so on.
Microstructure and mechanical properties of TiC-TiN based cermets for tools application.
Influence of Mo on the microstructure and mechanical properties of TiC based cermets.

This requires a multidisciplinary approach and broad knowledge of disciplines spanning from biology and plant anatomy to mechanical properties and statistics.
The method can be used to detect interior defects or deterioration of wood and is used to make inferences on mechanical properties.
Since the dielectric constant of wood depends, among other factors, on wood density and moisture contents (given constant temperature and frequency), these two quantities must be measured or estimated and their variation will affect the GPR measurements.
"Mechanical properties of wood."
"Environmental Properties of Timber."

Classical physics blending modes and effect analysis Main factors that affect LDPE/CaCO3 blending effect are generally as follows: superposition of vibration frequency and amplitude when blending, [3] mixing ratio of LDPE and CaCO3, kinds of additives test etc.
He studied mechanical properties by scanning electron microscope to observe dispersion of nanometer ZnO particles in LDPE matrix. [9] Results prove that additives of modified nanometer ZnO can improve mechanical properties of LDPE.
Sample performances were tested in three aspects: Tensile mechanical properties, impact mechanical properties and bending tensile impact.
Compared to other related research, H.Y Wang studied mechanical properties and rheological properties during the process CaCO3 filling LDPE with titanate coupling agent activated.[17]His group found that impact strength and breaking elongation are greatly improved after activation of CaCO3, leading to better performance of mechanical properties and processablity significantly.
Enhancing Mechanical Properties and Magnetic Performance of Plastics Magnet via Mixing under Vibration Force Field.

The effects of pulse current and Nitrogen content in Argon shielding gas on the microstructure and mechanical properties of weld metal were studied.
Introduction Austenitic stainless steels have been widely used in a variety of industries and environments because of their good corrosion resistance, mechanical properties and weldability [1].
Shahi, Effect of heat input on the microstructure and mechanical properties of gas tungsten arc welded AISI 304 stainless steel joints, Mater.
[24] Wislei Riuper Oso´ rio, Amauri Garcia, Modeling dendritic structure and mechanical properties of Zn–Al alloys as a function of solidification conditions, Mater.
SANTOS, AMAURI GARCIA, Correlation between Unsteady-State Solidification Conditions, Dendrite Spacings, and Mechanical Properties of Al-Cu Alloys, Met.

The influence of process parameters on microstructure and mechanical properties of PM Al+4 wt.
Therefore to increase its mechanical properties the aluminum alloys are produced.
Additional factor affecting on a better densification is the dendritic shape of Cu powder, increasing the formability of green compacts.
Investigations proved the applied different process parameters have the strongly influence on the obtained microstructures and mechanical properties of Al+4 wt.% Cu alloy.
Enayati, Fabrication and evaluation of mechanical and tribological properties of boron carbide reinforced aluminum matrix nano composites, Materials and Design 32 (2011) 3263–3271

Multi component metallic powder is tested for mechanical properties to suit rapid tooling plastic injection moulding applications [3].
The process parameters control the mechanical properties of the parts produced by DMLS [5].
From the initial studies it was found that a few process parameters did not have any effect on the mechanical properties of DMLS components.
An orthogonal array with the five factors is shown below.
These factors determine the route of the laser beam.