Using their results, which were published in Agricultural and Forest Meteorology, the researchers developed the new website to "monitor current conditions across an entire region in near-real time and identify the specific places where drought-induced thermal stress
is occurring," Clark explains.
Thus, the animals were submitted to three different mean controlled temperatures: T1 = 26 [degrees]C (thermal comfort zone), T2 = 29 [degrees]C (temperature limit between comfort zone and thermal stress
) and T3 = 33 [degrees]C (above TCZ) with 68% of relative humidity.
But according to the Scripps Oceanography team, even in the deep, corals are episodically exposed to thermal stress
at intervals different than those corals near the surface.
The thermal stress
distribution analysis results of regions stated in the permanent mold runner and riser design are shown in Figs.
DT ([degrees]C) is the temperature difference between the irrigated and non-irrigated teeth and t is the time elapsed after application of the thermal stress
For thermal stress
experiments, two water baths at different temperatures (26 [degrees]C [+ or -] 1 [degrees]C and 35 [degrees]C [+ or -] 1 [degrees]C) were used.
The temperature can cause the thermal stress
when the prepreg tape is heated by the hot compaction roller in the winding process.
The FE analysis was carried out following three steps: (i) application of thermal preload and large mismatch in CTE between CF and EP to analyze the residual thermal stress
due to the cooling process, (ii) modeling of the thermal stress
in CF/EP under thermal preload through changes from room to the working temperature, and (iii) modeling the process of single fiber pull-out from the microdroplet using the prestress of both residual thermal and thermal stresses
The thermal stress
index indicates that there might be a slight advantage for the vermicular graphite cast iron GJV450 compared to the lamellar graphite cast iron GJL250 for higher temperatures.
Figure 11 presents the longitudinal thermal stress
transients in seven points on the outlet header inner surface when the heating operation is faster.
Moreover, one can find it is feasible to reduce the thermal stress
concentrations near the crack-tips by the way of filling the matrix material into a crack in engineering problems.
In this paper, we present the theoretical basis for thermal stresses
, evaluate the temperature distribution during injection in a borehole, and determine a modeling framework for evaluating the influences of thermal stress
generation and propagation in a hypothetical reservoir.