Figure 3 shows the effect of increase in span-to-depth ratio on shear strength with increase in effective depth.
It is observed that with the increase in span-to-depth ratio, the shear strength decreases at all values of longitudinal steel.
Similarly, it is noted that the shear strength decreases with increase in span-to-depth ratio (L/D) at different depths of high-strength SFRC deep beam shown in Figure 3.
As can be shown in Fig. 1, the ultimate shear strength of SFRC beams increased with an increase in the ultimate compressive strength, decreased with an increase in span-depth ratio, and was inconsistent with the reinforcement ratio and fiber aspect ratio.
Here the tudor mutation was found to show a greater increase in life span, and overall longer life spans were observed for both control and experimental groups.
Long-lived CB1370 daf-2 (e1370) worms, a positive control for life span extension, showed the expected increase in life span in all experiments (Tab. 1a-d).
No. – number of experiment; TGI – tumor growth inhibition; %H TGI: hypothetical tumor growth inhibition; ILS: increase in life span; %H ILS: hypothetical increase in life span; nt.: not tested; No. 1 – TGI calculated on the 27th day of the experiment, No. 2, 3, 4, 5 – TGI on the 32nd day of the experiment.
No. – number of experiment; TGI – tumor growth inhibition; %H TGI: hypothetical tumor growth inhibition; ILS: increase in life span; %H ILS: hypothetical increase in life span; nt.: not tested; No. 1 – TGI calculated on the 27th day of the experiment, No. 2, 4, 5 - TGI on the 30th day of the experiment; No. 3 – TGI on the 32nd day of the experiment.
