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One of the biggest factors is center of gravity location.
M. [3] after worked on the rollover accident simulation program (RASP) development to study design factors that affect rollover stability.
The properties used are given in Table 2.
These data consist of complete dimensions, beam profile geometric and material properties.
Material Properties.

Figure 4 Shows the force affected for harvesting the tubers during simulation process.
Table 1 show the material properties of hand tool that used for simulation process.
Table 1 Shows the material properties of hand tool.
The force that impact to the structure used was 100,000 Newton and the safety factor used was 1.
International Journal Of Mechanical And Materials Engineering (IJMME), Vol. 2, No. 1, 29-39

Introduction Wood has some physical and mechanical properties that can be used to determine appropriate utilization.
One of the wood’s properties that determines the wood strength is hardness.
Then the wood properties were measured and investigated.
Furthermore, factors affecting density also affect wood hardness (except the moisture content because all samples were oven-dried), such as: · Vessel and parenchyma cells.
Besides the factors explained above, the direction in measuring capacitance value also affect wood’s capacitance.

JMatPro software is used to predict the mechanical properties of steel alloys.
Some mechanical properties like wear resistance of alloys might be controlled by the volume fraction of eutectic carbides, microstructure, orientation, and matrix properties.
The observed effects of detrimental phases (Sigma, M23C6, G-phase) on SUS304 toughness and ductility Sigma(σ) precipitate is an essential phase in several stainless steels, one of the main factors for mechanical properties, corrosion resistance, weldability, and hardness [16].
Interfacial energy and coarsening rate of carbides are essential factors to control toughness for steel alloys.
Mechanical properties.

During processing, due to oil leakage and other factors, the internal pressure of sealed fluid decreased, so the clamping force maybe insufficient.
At low rotating speed, is mainly affected by the mating efficiency of worm pair, and can be seen from (2) Where is the lead angle of reference circle (°), is the mating friction angle (°) which determined by friction coefficient, that is
According to Pascal’s law, fluid is characterized by properties of force feedback, and especially suitable for parallel output, the application in clamping device is multi-position floating clamping.
Wang: Symmetry aesthetic and innovation on mechanical design.
In: ASME International Mechanical Engineering Congress and Exposition, Proceedings, v 4, p 315-319,2008

The final properties of the materials depend on the kinetics and thermodynamics of the interface processes.
One of the solutions to solve this problem is to employ a bimetal, made by welding two alloys, each chosen for its individual properties.
This should provide necessary strength and antifriction properties of the bronze layer.
This allows the obtaining of the bimetal materials made from two alloys with different properties.
Their controlled association gives systems which satisfy the requirements of mechanical properties associated with strong resistance to corrosive in marine environment.

It was indicated that the cleaning power and time were the two main factors for damaging the insulating layer of the cleaning objects.
However, different cleaning objects and different application situations had different requirements for the properties of ultrasonic cleaning machine [5-6].
The cavitations of the ultrasonic cleaning could enter these cracks easily, and did rapid and serious damage to them. 1.3The major factors analysis for damaging the insulating layer of the cleaning objects By research, it was found that there were two main factors for damaging the insulating layer
Summary This paper analyzed the destructive effect mechanism of the ultrasonic cleaning, and indicated that the cleaning power and time are the two main factors for damaging the insulating layer of the cleaning objects.
It is demonstrated by the practical long time test of the motor that the ultrasonic cleaning parameters selected in this way will not destroy the insulating layer of the motor winding, and possessed safe and reliable properties.

The formability of magnesium alloys is the subject of efforts undertaken in many research centers due to their outstanding mechanical, plastic, and above all, physical properties.
The trend in the care of the natural environment, among other factors, causes searches for technologies of production and processing of high-quality products characterized by a low specific gravity to be more and more often undertaken.
Ding, Effects of extrusion ratio on the microstructure and mechanical properties of AZ31 Mg alloy, Journal of Materials Processing Technology 182 (2007) 281−285 [3] G.
Bajor, Hutnik – Wiadomości Hutnicze, Effect of the extruded blank cooling metod on the mechanical properties of AZ31 alloy wires, no 5, (2010) 223-225
Bajor, Hutnik – Wiadomości Hutnicze, The effect of drawing speed on the mechanical properties of AZ31 alloy wires, no 5, (2011) 357-359.

The experiments were conducted using one-factor-at-a-time experiment strategy in which only one input parameter was varied while keeping all other input parameters as constant.
MMCs have become increasingly important in modern industrial applications due to their properties such as high strength-to-weight ratio, high toughness, lower value of coefficient of thermal expansion, good wear resistance, and capability of operating at elevated temperatures [1-4].
But, manufacturing of MMC products by machining processes is one of the most important factors in enabling their successful applications.
Whereas, the wire feed rate does not affects the average cutting speed significantly.
Rosso: Ceramic and metal matrix composites: routes and properties, Journal of Materials Processing Technology, Vol. 175 (2006), pp 364-375

Inverse method based on modal vibration testing for characterizing the elastic properties Yu-Hua Lin1,aand Chia L.
However before the use of composite materials, it is required to fully understand the mechanical properties of the materials, such as strength, stiffness, malleability, and the mechanical constants, in order for correct safety design and proper use.
Elastic material properties play a major role in the vibratory behaviour of structures, and thus by modal testing, the mechanical properties can be inversely achieved by measuring the natural frequencies.
The approach theory used here is basically done by using the natural frequency value extracted by experiment and then to calculate the mechanical properties of the material.
Xiao, A vibration method for measuring mechanical properties of composite, theory and experiment, Composite Structures 39 (1997) 31-38