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The last 4000 configurations were used for the analysis of structural and dynamical properties.
Dynamical properties.
[2] Sun YJ, Wang QL, Geng HR, Effects of complex modificating technique on microstructure and mechanical properties of hypereutectic Al-Si alloys, J Mater Sci. 47(2012)2104-2019
Factors affecting the strength of P{011}aOE (c) 566 >-texture after annealing of a cold-rolled Al-Mn-Fe-Si alloy, J Mater Sci. 50(2015)5091-5103
[27] Cheng YQ, Sheng HW, Ma E, Relationship between structure, dynamics, and mechanical properties in metallic glass-forming alloys, Phys Rev B. 78(2008)014207-1-014207-7

Impact line is one of important factors to affect the shape accuracy and surface quality of auto body panel design and manufacture.
The basic mechanical properties of the materials are given in Table 1.
Table 1 Mechanical properties of material code Sheet thickness [mm] Yield strength [MPa] Tensile strength [MPa] Elongation [%] 1# 0.7 195 315 34 2# 0.8 157.2 293.1 53.4 3# 0.7 136.7 299.2 50.7 Results and Analysis Effects of the Draw Bead Arrangement.

The thermal operation of hardening is used to give steel strength, hardness, elasticity, i.e. improve its mechanical properties.
The presence of ferrite reduces the hardness of the steel after quenching and its mechanical properties after tempering.
Effect of AFSH on the properties of steels.
The influence of additional frictional strain hardening on the properties of steels.
Natarajan, Effect of process parameters on thermal history and mechanical properties of friction stir welds.

Further, mechanical properties of SM45C steel are measured experimentally from tensile and fatigue tests.
These results indicate that aforementioned two latch pin designs cannot be used to prevent the failure of the MCCB considering safety factors.
Mechanical Property Testing for SM45C In this section we discuss mechanical properties (especially, yield stress and fatigue life) of carbon-permeated and zinc-coated steel, SM45C used for the MCCB.
We summarize experimentally determined these mechanical properties in Table 1.
Mechanical properties of SM45C steels determined from tensile tests.

However, the identification of the factors making health facilities vulnerable [2] is even more critical, since they rule the design of the SHF.
Such factors lead to the distinction among structural and non-structural safety issues and issues based on functional capacity.
The need of combining different sensors and analysis tools for an effective assessment of health facilities is also demonstrated by the influence of non-structural damage affecting critical equipment and installations on the overall performance.
The continuous monitoring of the dynamic response leads also to a characterization of the influence of environmental factors on the structural response.
Cosenza, Near real-time tracking of dynamic properties for standalone structural health monitoring systems, Mechanical Systems and Signal Processing 25(2011) 3010-3026

Establishment of Structural and Elastic Properties of Titanate Compounds based on Pb, Sn, and Ge by First-Principles Calculation N.H.
These materials originate mainly from the special chemical properties of Pb2+ cation in the A site in perovskite oxide.
Non-bonded lone pair 6s2 electrons are important factors in obtaining large polar displacement, which introduces large elastic deformations and electric polarizations.
Calculated elastic properties of the tetragonalities (P4mm) of PTO, SnTO, and GTO at 0 GPa.
-K Chan: Dielectric and elastic properties of ferroelectric materials at elevated temperature.

The vulcanizate of this compound showed good physical properties, highly electrical conductivities and also complied with Malaysia Standard 1097 [1].
The usage of these electrically conductive tire components readily affected the physical properties of tire tread, such as lowering its elasticity, increasing its rolling resistance and also reducing its wet performance.
At the first stage, ENR based masterbatches with different proportions of hybrid electrical conductive fillers and silicas (accordingly to Table 1) were prepared by using an internal mechanical mixing device (fill factor of 0.70, starting temperature 70oC and rotor’s speed 100 rounds per minute).
All vulcanized compounds were submitted for physical properties testing and also electrical volume resistances measurement.
Test samples of sulfur-vulcanized ENR based compounds showed some tensile properties values (measured accordingly to the Malaysian Standard, MS ISO 37) as summarized in Tables 3-4.

The remaining factors, preheating time and interaction of preheating temperature and preheating time are not significant but preheating time is more influential factor towards the tensile strength than that of the interaction.
The analysis of grain structure shows that the size diminution is considered as one of the important factors for the fluent increment of tensile strength.
The circumstance was because of the incomplete bonding of the chips which straightway affected the mechanical strength of the extruded profiles at preheating temperature of 400°C and 1 hour.
Vol. 87(1–4) (2016), pp1125–1133 [13] ZHAO Zu-de, CHEN Qiang, YANG Lin, SHU Da-yu, ZHAO Zhi-xiang: Microstructure and mechanical properties of Mg-Zn-Y-Zr alloy prepared by solid state recycling (Trans.
A, Vol. 539 (2012), pp. 194–204 [15] WU Shu-yan, JI Ze-sheng, RONG Shou-fan and HU Mao-liang: Microstructure and mechanical properties of AZ31B magnesium alloy prepared by solid-state recycling process from chips (Trans.

A universal testing machine and an impact tester were used to investigate the mechanical properties.
These are all to save production cost and enhance mechanical properties.
Also the particle size of the eggshell influenced the mechanical properties.
The composites mechanical properties of the composites were measured by tensile and impact testing.
Fig. 2 Fourier Transform Infra-Red spectra of Eggshell (a) before and (b) after calcinations Fig. 3 Fourier Transform Infra-Red spectra of Egg shell (a) after calcination, (b) CaO-propionic acid, (c) CaO-oleic acid Mechanical Properties Mechanical properties of the composites are greatly affected by the phase structure.

The reaction factors that maybe affect the melting point and thermal stability were investigated for preferred reaction conditions.
Synthesis of PSPPP Into a round flask equipped with mechanical stirrer and a gas inlet valve, SDP, BPOD and MgCl2 were added.
Various molar ratio of MgCl2: SDP was employed to investigate the effect of catalyst on the properties of PSPPP.
Taking account of the properties of product, final reaction temperature of 260 °C is more suitable for the synthesis of PSPPP.
Reaction time is also considered as one of the main factors that influence the properties of PSPPP.