<p>Comparison of stiffness of the 3–0 repair group, #2 repair group, and partial-width transection group.</p
<p>Comparison of the PTT between affected and unaffected sectors in the three groups.</p
<p>Comparison of compressive strength (a), Young's modulus (b) and toughness (c) in samples printed ...
<p><b>3A</b>: Maximum load at failure, a measure of strength, was determined by tensile testing of t...
Comparisons of the cause of preoperative stiffness between the severe group and the moderate group.<...
<p>Fig(Group A> Group B> Group C; <i>P</i>≤0.0207) Fig 4 c Torsional stiffness data for all subgroup...
Comparisons of the prosthesis type used between the severe group and the moderate group.</p
Mechanical properties of the three tested repairs in axial torsion in intact state, after injury and...
<p>Comparison of Fracture Force in the Control Group and Radiation Groups (n = 60, N).</p
<p>Stiffness values of each group under volar and dorsal bending load were not significantly differe...
Comparison of the obtained tensile strength and TGA results by the application of different binary f...
Bonferroni’s multiple comparison test comparing the maximum resistance to plastic deformation betwee...
<p>There were significant differences in mean flexural strength among the groups (p<0.001). Groups d...
<p>Comparison of various parameters between the group without vertebral fractures and each group wit...
The paper presents the results of a field investigation of repairs to two highway bridges. The repai...
Comparisons of pre- and postoperative range of motion and clinical outcome according to the cause of...
<p>Comparison of the PTT between affected and unaffected sectors in the three groups.</p
<p>Comparison of compressive strength (a), Young's modulus (b) and toughness (c) in samples printed ...
<p><b>3A</b>: Maximum load at failure, a measure of strength, was determined by tensile testing of t...
Comparisons of the cause of preoperative stiffness between the severe group and the moderate group.<...
<p>Fig(Group A> Group B> Group C; <i>P</i>≤0.0207) Fig 4 c Torsional stiffness data for all subgroup...
Comparisons of the prosthesis type used between the severe group and the moderate group.</p
Mechanical properties of the three tested repairs in axial torsion in intact state, after injury and...
<p>Comparison of Fracture Force in the Control Group and Radiation Groups (n = 60, N).</p
<p>Stiffness values of each group under volar and dorsal bending load were not significantly differe...
Comparison of the obtained tensile strength and TGA results by the application of different binary f...
Bonferroni’s multiple comparison test comparing the maximum resistance to plastic deformation betwee...
<p>There were significant differences in mean flexural strength among the groups (p<0.001). Groups d...
<p>Comparison of various parameters between the group without vertebral fractures and each group wit...
The paper presents the results of a field investigation of repairs to two highway bridges. The repai...
Comparisons of pre- and postoperative range of motion and clinical outcome according to the cause of...
<p>Comparison of the PTT between affected and unaffected sectors in the three groups.</p
<p>Comparison of compressive strength (a), Young's modulus (b) and toughness (c) in samples printed ...
<p><b>3A</b>: Maximum load at failure, a measure of strength, was determined by tensile testing of t...
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