This figure reveals that (1) damping constants obtained from SDOF model tend to be smaller than those obtained using half power technique; (2) the higher the acceleration results in lower ultimate moment capacity, the bigger is the damping constant h.
With regard to the biomechanical properties, the femurs of the knockout mice exhibit lower ultimate force, stiffness, and energy to fracture.
The horizontal suture showed significantly lower ultimate failure load than the vertical suture in the all-inside technique (P = 0.018) (Table 4).
The results indicated that beams subjected to cyclic loading during the exposure period showed lower ultimate strength than those subjected to static loading.
Moreover, due to high muscle glycogen content, the meat of the fat chickens exhibited a lower ultimate pH and higher drip loss and lightness than lean chickens.
The horizontal suture presented significantly lower ultimate failure load (62.5 ± 15.5 N) in the all-inside technique than in the vertical suture (79.7 ± 13.0 N; P = 0.018).
The specimens cooled down from 950 °C generally had lower ultimate strengths than the aforementioned specimens.
In particular, the M-PE mixture showed 2.2%% lower ultimate tensile strength, which is much smaller than the decrease of the first cracking strength.
