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These voids negatively affect the final mechanical properties.
Tensile, bending and interlaminar shear strength tests were executed to find a quantitative correlation between voids and mechanical properties.
These results can be affected by various disturbing factors, such as the non-uniformity in voids distribution or the different level of quality the photos have.
Like tensile, also bending experiments showed the influence of the reinforcement on mechanical properties of the laminates.
Ghiorse, Effect of void content on the mechanical properties of carbon/epoxy laminates, SAMPE J. 24 (1993) 54-59

Universal Testing Machine was used to characterize its mechanical properties.
Fillers such as elastomer and APTS are also affecting the dispersion of carbon black in the composite, which in turn affect the mechanical properties [14].
These two factors resulted in increasing interaction between rubber and carbon black molecules.
The combination of the two factors in the synthesis process of M3CA dan M5CA samples lead to the improvement of mechanical properties.
Changes in mechanical properties of N660-N, N660-M3 and N660-M5 composites.

On the one hand, the PLA has low mechanical properties, i.e., brittle and low flexibility, and thermal properties.
Due to its can improve the mechanical properties of material for suitable application.
We also believed that the CF can improve the mechanical properties of PLA.
Fig. 4 shows the tensile mechanical properties of PLA and PLA/CF films.
Mechanical properties of biocomposite films.

According to damping loss factors of model subsystem and acoustic absorptivity of cavity, sensitivity analysis of vibro-acoustic response is discussed.
The division way of plate subsystem can affect computational accuracy greatly.
The influencing factors should be synthetically considered in the design of acoustics structure.
Summary Through the numerical simulation, the influencing factors on vibro-acoustic response were analyzed.
The greater the influencing factors the smaller the response value.

The physical properties were examined based on the microstructure using optical microscope while the mechanical properties were measured with respect to the strength and hardness using Universal Testing Machine and Vickers Microhardness respectively.
The amount of heat generated depends upon three factors: (1) the amperage, (2) the resistance of the conductor and (3) the duration of current.
These three factors affect the heat generated as expressed in the formula: (1) where Q is the heat generated (J), I the current (A), R the resistance of the work (Ω), t is the duration of current (s).
The peak load was evaluated to determine the mechanical properties of weld joint.
Hanninen, Exploring the Mechanical Properties of Spot Welded Dissimilar Joints for Stainless and Galvanized Steels, Welding Journal, December 2006 pp.305-313 [6] M.J.

The paper aims at providing a critical analysis of the materials widely used for manufacturing orthotic devices, especially for the upper limbs area, which is more exposed to mechanical and chemical factors during daily activities.
In order to relieve pain it is sometimes very important to maintain the segment in a certain position without affecting the daily activities in a significant manner.
In this respect, selecting the proper material when designing orthotics, especially for upper limbs requires considering several aspects, starting with mechanical properties, chemical resistance to every day substances, shape, and last but not least the financial aspect.
Some samples of the most used orthotic devices used for the upper limbs area, especially for fingers are considered for our studies, as people come in contact in everyday life with all kinds of apparently harmless substances but they may affect the properties and quality of the orthotics material.
The behavior of the material in certain chemical aggression conditions may be one of the factors that influence the choice of the orthotic device type.

Therefore, the role of abrasive is the main factor affecting the MRR of CMP for Mg-Al spinel, and the abrasive and its performance have the greatest effect on the MRR and surface quality.
Therefore, it could be inferred that differences of abrasive’s mechanical properties were the crucial factor.
However, the material removal mode is determined by the cutting depth of the abrasive, which is greatly dependent on the size and mechanical properties of abrasive particles.
So, the size and mechanical properties of abrasive particles will determine the surface quality of wafers.
Generally, pits formation could be ascribe to the following factors: chemical corrosion of polishing slurry or mechanical scratching of abrasives.

Polypropylene (PP) is commonly used to reinforce natural fibres due to its superior physical, mechanical, and thermal properties.
Matrix polypropylene (PP) is known to possess superior and fascinating physical, mechanical and thermal properties.
The challenge mainly comes from fibre treatment in ramie fabric, which affects mechanical characteristics.
This was done to prevent any negative effects that alkaline residue could have on the composite material's mechanical properties.
Shear strength in composite is one of important factors affecting its application.

Effects of Cell-wall Angle on the Mechanical Properties of Hexagonal Honeycombs L.L.
The y-directional mechanical properties of hexagonal honeycombs with various cell-wall angles are explored.
The relative density has been recognized as one of the dominant factors in deciding the mechanical properties of cellular material [1].
(a) Initial state (b) Final state Fig. 6 Configurations of the representative block Summary The mechanical properties of honeycombs are affected by several factors, such as the honeycomb’s relative density, the cells’ configuration and the impact velocity.
It is also revealed that cells’ configuration is a non-negligible factor in dictating the mechanical properties of the honeycomb.

Experiment Program There are many factors that affect the performance of sintered parts in the experiments on SLS.
The factors affect the performance in different ways, and affect each other in the experiments.
Four factors were considered in the experiment, and there are three levels for each of the factors.
Microstructural origin of physical and mechanical properties of polyamide 12 processed by laser sintering [J].
Structure and mechanical properties of cellulose based scaffolds fabricated by selective laser sintering[J].