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Therefore, AGV configuration directly affects the productivity and cost of production systems.
It is determined by the transport task needs and dynamic characteristics, and it affects the scheduling system and the dynamic characteristics.
Constrained by scheduling rules and walking routes and other factors, the additional AGV may not have much impact on the transport time.
In the table, we define material attribute as .MUs.p1, quantity as 1 and properties as t.
We define the entity type as T1, MU attribute name as custAttr (AT1 value of this property).

The other factors that greatly affect the selection of building materials are · thermal comfort, · good mechanical properties (strength and durability), · aesthetic characteristics and · ability to construct quickly.
However, it is also important for sustainable development to consider social and economic factors as well.
· Concrete is a durable material with excellent mechanical properties.
The use of admixtures—materials added to concrete—becomes very popular as the final composite can have better durability and gains some specific unique properties.
HPC is a type of concrete that has a low water- cement ratio, properties of which are improved by the use of super-plasticizers

Introduction Changing the deformation and annealing parameters affects many structure sensitive material properties like the electrical, mechanical and magnetic properties.
Cold rolling is often the final step of the entire rolling process, where the final thickness is obtained and which generates the greatest impact on the final properties of the sheet.
The question that will be investigated is whether or not the rolling reduction will affect the prevailing recrystallization mechanism.
These spreads are independent of the Taylor factors of the grains and therefore appear to be determined by the requirements of strain compatibility near grain boundaries and not by the crystallographic orientation of the grain. [14, 15] After a rolling reduction of 60%, the strain heterogeneities of the deformed microstructure were much better developed.
Here, it was found, by contrast, that the nucleation stage of secondary recrystallization in ULC steel has very specific and important properties.

Mechanical properties, the early high strength, high toughness and volume stability, in bad make with the conditions of long service life, high strength, high liquidity and good durability.
The current domestic application good as above its action the sea with concrete bridge, the design life in 100, the use of "offshore mix of high performance Soil "of fly ash, is the waste decayed for magical, become special content And material, make the sea work both high strength and durability of concrete, corrosion properties.
The high performance concrete bridge engineering application is the advantage of (1) spans longer; (2) the main girder spacing more; (3) Component thinner; (4) durability strengthened; (5) to strengthen the mechanical properties.
Under the influence of the vehicle load and other factors, there were more problems raised, such as the concrete of connection steel plate surface spelled, the connection steel plate corrosion and other issues, seriously even the weld cracking of connection steel plate, and the diaphragms could not play normal work performance, Or even a single beam under load [1].
Guo. (2007) Experiment on shear property of new and old concrete bonding with planting steel.

2) Did the FDM new material has the mechanical characteristics, strength, and elongation properties enquired to survive wind tunnel testing at subsonic, transonic, speeds and still produce accurate data?
Figure 2 show the model tested FDM .The material properties of AISI 1045H (CK45) and ABSi are shown in Table 1 and Table 2 [5].
Table 1 Material properties of AISI 1045H Mechanical Properties Units AISI 1045H -(CK45) Yield Strength Tensile strength Elongation at Break Mpa Mpa Percent 310 565 16 Table 2 Material properties of FDM- ABSi Mechanical properties Units Test Method FDM-ABSi Tensile Strength Tensile Modulus Tensile Elongation Flexural Strength Flexural Modulus Mpa Mpa Percent Mpa Mpa ASTM D638 ASTM D638 ASTM D638 ASTM D790 ASTM D790 37 1,915 3.1 61 1,820 Wing-body-tail configuration The geometry used for the study was that of a wing-body-tail configuration concept [6].This configuration would indicate possible deflections in the wings or tail due to loads and whether the manufacturing accuracy of the airfoil sections would adversely affect the aerodynamic data that resulted during testing.
Each of these factors will be considered separately.
Adelnia, "Rapid Prototyping in Wind Tunnel Testing", 13th Annual (International) Mechanical Engineering Conference, ISME2005, Isfahan University of Technology, Isfahan, Iran, May 2005,pp350-357

Properties, Environmental Impact and Adaptability of Insulation Materials Building insulation materials are evaluated based on key properties that affect their performance and suitability for different applications (Table 1) [14].
Insulation materials are crucial for managing indoor comfort and safety, with key factors including hygroscopic properties, acoustic performance, and fire resistance.
Bekun, Structural breaks in CO2 emissions: Are they caused by climate change protests or other factors?
Pásztory, An overview of factors influencing thermal conductivity of building insulation materials, J.
Mohamed, Factors influencing facilities management cost performance in building projects, J.

The catalytic performance was found to be strongly affected by thermal treatment of the prepared catalyst prior to the reaction.
The preparation of gold-based catalysts has been widely studied [2-6] and the most significant catalytic properties of gold supported catalysts have been achieved for CO oxidation reaction at ambient temperature [4-7].
The dimensions of gold particles, support material, synthesis method, parameters for the preparation and the catalyst activation procedures are major factors to augment the catalytic activity [7-11].
As-synthesized resulting Au/TiO2 catalysts were characterized using X-ray diffraction (XRD), X-ray photoelectron spectroscopy (XPS), and Raman Spectroscopy for measuring various properties (phase, structure etc).
In either case, the Au is clearly highly dispersed though the titania matrix, which should maximize its effect on the surface properties of the support material.

Jin et al. [24–26] demonstrated the existence of whispering gallery modes (WGMs) in the hollow-pillar PMs, and numerically studied their multiplexing properties.
Therefore, it is conceivable that the WGMs in PMs may be affected by rotation.
We now turn our attention to considering the band structure of such periodically arranged local resonance units, along with the implications of rotation on their properties.
And the imaginary part of is referred to as the attenuation constant, which characterizes the attenuation properties of the elastic wave propagation.
Martínez, Engineering multiple ghz mechanical modes in optomechanical crystal cavities, Phys.

The shape of these nanoparticles aggregates are of great significance for the mechanical material properties and in consequence, knowing the percentage of aggregates of each shape within of a specific group of shapes can give an idea of the final properties of the material.
Introduction The final application of materials, like the study case of rubber blends but applicable to many materials, is strongly dependent on their properties and on the reinforcement particles that constitute the material.
At the same time, the morphology of these nano-particles affects the final properties, so that a good characterization of the morphology is really helpful [1, 2,3].
Classification technique Parameters Grid of values Selected values BCT cp (complexity parameter): Any split that does not decrease the overall lack of fit by a factor of cp is not attempted 0:2 0 C50 trials: number of boosting iterations 1:100 90 model: tree model or decomposed into a rule-based model tree, rules rules winnow: feature selector yes, no no C45 C: confidence threshold 0:1 0.21 BCART none RF mtry: number of variables randomly sampled as candidates at each split 1:21 1 Figure 1 Variation of the accuracy on the selected classification model during the training process related with the parameters of the algorithm (a.

Nowadays there has been extensive suture material and suture for surgeons to choose, and for a special operation suture selection, according to the physical and biochemical properties of sutures and wound healing properties were determined.
Absorbable suture material properties Suture line of previous classification methods usually can be divided into the material of natural materials, synthetic materials and metal materials or according to the structure and machining process is divided into a monofilament, braided and twisting type.
Many scholars think these problems have do with suture techniques, poor quality, too much line knot, needle, tendon destruction of blood supply and other factors.
These increase the healing condition, reduce tendon adhesion factor.
And it can be quickly absorbed properties and good biocompatibility, can avoid the adverse inflammatory rejection and the second damage non absorbable suture to the affected body when takes the line.