We present results of bending experiments in which laminate deflection and glass stress development have been monitored as a function of load for various laminate structures.
Fig. 5 Deformed rod shapes during different loading stages Fig. 6 Maximum deflection as a function of load and temperature during different loading stages.
The LVDT was also monitored to record bar slip as a function of load.
Figure 5a illustrates a plot of the CO2 adsorption enthalpies as a function of loading.
Different protein compositions were observed as a function of loading demand.
This was done at each load and for each sample to compare the time response of calcium signaling as a function of loading magnitude.
Table 4 presents the results regarding the average lifespan of the test pieces as a function of the loads to which they were subject.
In addition, we present lower bound on link threshold as a function of node density, which guarantees the longer lifetime of the load-balanced scheme regardless of other network conditions such as the network size and the transmission energy portion.
These three parameters primarily vary as a function of several variables, which can be divided into three types: geometrical parameters, material parameters and load parameter.
A closed-form solution for the postbuckling deformation is obtained as a function of the applied axial load, which is beyond the critical buckling load.
