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Damage index and is the material stiffness matrix reduction, the greater the value, the more severe the injury, the difficulty of computing convergence increases.
The default setting is = 0 and = 1, ie tensile stiffness is not restored when the reverse load, compression stiffness fully restored. 2.2 Determine the material parameters Concrete damaged plasticity model parameters, can according to the corresponding literature and testing process to block, mortar made to determine the test data.

Current methods available for removing heavy metals from groundwater include coagulation, flocculation, precipitation–filtration, ion-exchange, reverse osmosis, electrodialysis, oxidation–reduction, carbon adsorption.
Each experimental result is obtained by averaging the data from two parallel experiments.

The peak value stress KtΔσnom (Kt is stress reduction factor, Δσnom is nominal cycle stress) is also the same.
Experimental results This study is re-analyzed the experiment data from the theses of bohm’s [4] and magin’s [5].

Huang, Correlation of Subsolidus Phase Relations in the Ag-Pd-0 System to Oxiidation Reduction Kinetics and Dilatometric Behavior, Journal of the American Ceramic Society, 75(8) (2005) 2232-2239 [17] E.M.
James, Electrical resistivity of ten selected binary alloy systems, Journal of Physical and Chemical Reference Data, 12 (1983) 183-322.

There is a considerable reduction in drying time of Centella asiatica in mix mode solar drier as compared to sun drying of Centella asiatica.
Nattapon Srisittipokakun would like to thanks Assoc.Prof.Dr.Serm Janjai for solar radiation data.

Elastic modulus, Poisson’s ratio and the density of the rock salt, according to the experimental data presented for Avery Island rock salt [5], along with non-salt formations are given in Table 1.
The variation with time of the cavern relative closure, i.e. the ratio of the cavern’s volume reduction to the cavern’s initial volume, is plotted in Fig. 2(d).

The main advantage over conventional fermentation process is the reduction in water usage as well as the energy used in the manufacturing process [1].
Experimental data showed that the mixture of all 4 enzymes resulted in the highest reducing sugar concentration of 52 g/L.

The analysis was performed using stress x strain graphs and tables from the data obtained during the development of the traction test. 2.1 Material The material adopted for the tests was processed by Companhia Siderurgica Nacional (CSN) and is characterized by a steel-free interstitial atoms (LI), rolled into thin sheets with a nominal thickness of 0.7 mm.
The choice of this type of steel is related to its high capacity for cold forming have a low yield strength, combined with a high resistance to reduction of plate thickness.

Enhanced cleaning of small particles is possible due to a reduction in the boundary layer thickness [3].
Defects /cm2 Non-Contact Clean Brush Clean 200 mm 0.094 0.289 300 mm 0.052 0.120 Table 1: SP-1 Defect Data @ 0.24um on Polished Cu Wafers. 0 20 40 60 80 100 01 02 0 Wafer #SP-1 Defect CountFigure 2: SEM Pareto of 300mm Blanket Copper Defects.

Recent studies have shown that further improvements of mechanical properties can be achieved through the reduction of the scale of reinforcement size [1, 2].
The model has captured the particle size effect very well, although the overall stress-strain curves of the composite predicted by the present model are slight higher than the experimental data.