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Data Collection A survey form that consisted of four pages was developed.
A pilot study was conducted with 50 students to ensure getting a realistic and solid data.
Data collection was completed for 440 students.
The data was then entered to an excel file.
After completing the data entry, a quality control check of the data entry was conducted.

Little test data have been published to demonstrate the performance of the connections subjected to a rapid rate of loading.
Fig. 3 The influence of strain rate sensitivity However, there are still very limited research data considering the influence of strain rate on the structural bolts and welds.
Analysis Results First, the validation of three-dimensional finite element model was preceded by comparing their predictions against static test data using ABAQUS.
Fig.5 shows the comparison between the simulation result and the experimental data.
Findings from three computer code validations with precision impact test data.

All data should cover the range from room temperature up to the forging and heat treatments temperatures.
Experimental Distortion Measurement To evaluate the capability of the simulation tool to be representative of the shape deviation due to the machining working steps authors have compared the numerical data with the experimental ones gathered for the analyzed component at the end of each studied operation.
As reference of the data comparison it is reported the data collecting related to nine geometric features (A,B,..
The numerical data for the considered features have been compared with the physical ones obtained for the same conditions as average of measures done on three disks.
In Table 3 the meaning of the reported data is the following: · Experimental displacement have been considered for confidential reasons has normalize to one; · Displ.

Data gotten from octagonal-ring transducer are A/D transferred, recorded and processed by data acquisition system.
The operating procedure. 1) To adjust cutting depth, 2) to start data acquisition system, and 3) to start the soil bin vehicle according to designed forward speed level.
Soil resistance data are recorded automatically.
Fig. 4 Tillage resistance measuring system Fig. 5 Operating resistance of two subsoilers 3.2 Results and discussion Mean value of 10-point soil resistances in data record area is taken as the recorded result for every test, results are listed in table. 4.
Progress in the bionic study on anti-adhesion and resistance reduction of terrain machines [J].

The data compression utilizes data redundancies within a video scene.
It should be noted that there are three fundamental redundancy principles exploited in video compression [4-7] which namely spatial, temporal and entropy redundancy reduction.
Lossless data compression is a class of data compression algorithms in which the exact original data can be reconstructed.
In contrast, lossy data compression must introduce some data loss during compression.

This create an explosion, where the expanding pressure wave can cause damage to the enclosure. [10] Table 2 has the explosibility data for representative dust and powders.
Table 2: Explosibility data for representative powders and dust [2] This resuspension is dangerous because the dust can provoke toxic releases and can jeopardize the integrity of the nuclear plants in case of explosion [15].
Figure 4: Experimental and numerical velocity variations at 27 l/min, 300 and 2000 Pa Through STARDUST-U the authors have also extrapolated data to perform numerical simulations in order to validate mathematical models that predict thermofluid dynamic behavior in case of accidents replication [18-22] and have developed PIV and SHADOWGRAPH experiments to get images of dust during the accidents replication and to obtain vectors of dust velocities from these data [23-24].
In conclusion the authors want to propose STARDUST-U as a facility to analyze the dust resuspension in particular conditions to contribute in the risk reduction of dust explosion in industrial fileds like the pharmaceutical one.
Richetta, Loss of vacuum accident (LOVA): Comparison of computational fluid dynamics (CFD) flow velocities against experimental data for the model validation, Fusion Eng.

Pugh method analysis shown that the second design give more advantages in handling, easy to operate, least cost in manufacture, and reduction of time in doing the total knee replacement than the first design.
The comparison was carried out via Pugh scoring method by referring to a design datum, which is benchmarked industrial holder.
The common commercial jig holder in the market is selected as reference datum in this study.
The first and second concept is compared with reference datum according to design criteria that has been discussed previously.

However, despite the increase in density for the 1:2 ratio, there was a reduction in strength.
The particle size distribution data in Fig. 4 highlights the percentage composition of clay, sand, silt, and gravel in the soil sample.
Moreover, the higher sand content has the tendency to impact positively on dimensional stability or reduction in shrinkage stresses when drying or curing [18].
Meanwhile in PSC (1:2) set of data (33% plastic and 67% laterite), the average density recorded the highest values of 1739 kg/m³, failure load recorded ranged from 192.97 kN to 224.22 kN, which is equivalent to compressive strengths value of between 8.6 N/mm2 and 10.0 N/mm2.
The data clearly shows a trend where increase laterite content across the various groups led to higher density values which resulted in higher compressive strengths numbers.

The data for the 100% LDPE sample are given in Table 2, followed by those of other blends.
Table 2 Compression data for Control Sample Sample composition Starch/LDPE Maximum compressive stress Load at maximum compressive stress (% wt) (MPa) (N)       0/100 0.2095 9.6481       From Table 3, the 15/85 wt.
Table 4 Compression data for Palm Oil-plasticized BaP/LDPE blends Sample composition Starch/LDPE Maximum compressive stress Load at maximum compressive stress (% wt) (MPa) (N) 5/ 95 0.00518 0.29533 10/90 0.02033 1.15789 15/85 0.03548 2.02246 20/80 0.05581 2.9988 Tensile Analysis.
The data for the 100% LDPE sample are given in Table 5, followed by those of the blends.
During the second and third week, the percentage weight reduction was at its highest.

These data are then extrapolated to actual service conditions using various oxidation models described in textbooks and n, specimen aumerous publications.
This is confirmed by the thermogravimetric results in Fig. 2, showing data of duplicate tests for specimens of different thickness during 40 and 90 hours oxidation respectively.
Fig. 5 shows the mass change data for the high-Cr ferritic steel Crofer 22 APU during cyclic oxidation at 900°C for specimens of different thickness.
Fig. 7 presents weight change data during isothermal oxidation of the Ni-base model alloys NiCr and NiCrMn in synthetic air at 1000°C.
Using the experimental oxidation data for the Ni-base alloys, a first estimate of the reduction caused by the effect of an assumed compressive stress [18-20] on the Cr diffusivity was carried out by calculating the value of the exponential in Equation 1 using assumptions and data in references [15, 16].