Since the load carrying capacity of the K 2Ti 6O 13 whisker is low, some obvious extruding deformation occurs on the worn surface of the K 2Ti 6O 13 whisker reinforced PTFE composite, this would lead to the high friction and wear of the PTFE composite.
Comparing with general journal bearing,the load capacity of the new bear- ing can be increased by 18%-98%,the attitude angle is de- creased from 43°to 14°and the stable rotate speed can be in- creased by 10%-75% under general work condition.
Taking SO2 as a representative pollutant and existing atmospheric pollution sources were grouped, then applying atmospheric diffusion model and divided the whole city into 6400 (1km × 1km) networks, and calculated the environmental loading capacity of atmospheric pollutant under different environmental quality goals.
In the paper careful investigations are made on teeth form factors Y_F and Y_Fa according to the methods f the calculation which is drafted withreference to the loading capacity of the involute spur and helical gears byISO/TC60/WG6 in the year 1978.Calculative operation has been carried outon the electronic computer.
On the basis of reliability design theory, combining traditional design theory on loading capacity of the belt drives, we introduce reliability design method on loading capaoity of the belt drives and give a design example.
The total weight of the model soil and box is less than the bearing capacity of the shaking table apparatus and there is no resonance between the model soil and box.
Experimental research on the creep behavior and bearing capacity of repeatedly prestressed concrete beam
Furthermore, a kind of computational formula to calculate creep strain and deformation due to repeated prestressing in terms of time t was derived in this paper and the bearing capacity of this new structure has been tested.
Investigations carried out in simplified models of a spiral bearing [6, 7] have shown that the compressibility of a gas layer lowers its bearing capacity.
The coefficient of the bearing capacity is optimized under the condition that the one-dimensional Reynolds equation of a gas lubricant is used to determine the pressure in the bearing.
Under its effect, the load capacity of non-Newtonian lubricants is not always higher or lower than that of Newtonian lubricants'.
Surface roughness shows an obvious effect on load capacity when it is greater than one-tenth of the film thickness, and the surface with longitudinal pattern affects the load capacity most.
Failure mode, stress distribution, plastic-zone development and ultimate load capacity of the joints were investigated, and effects of the ring stiffeners on the joint behavior were observed through the experiments.
High rates of slip at points of friction, and also the use of water as a lubricant lead one to consider the problem of the influence of inertial forces on the development of the load capacity of a film of lubricant.
An increase in the load capacity of the lubricant film by 20% at Re = 5000 was noted in .
It is established that the loading capacity of a monolithic column based on silica gel decreases significantly in going from N2 to CO2.
For columns based on divinylbenzene, the loading capacity is found to be virtually the same for both carrier gases.
For monolithic columns, the loading capacity per one meter of column length is found to be 10 and more times higher than that for a standard open capillary column.
The loading capacity of self-aggregated nanoparticles increases (19.85% ±0.04% to 37.57% ±0.25%) with the concentration of BSA (O.l-O.5 mgmL-1)
The utilization of chemically bonded organic long chain phases with maximum coverage makes it possible to reduce the water content in the water/methanol phase increasing the efficiency and loading capacity.