Mechanical properties of the three tested repairs in axial torsion in intact state, after injury and after repair.

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b) lateral strain, (c) axial-shear strain, (d) lateral-shear strain, and (e) shear strain.

Zhenghui Hu (177961)
Heye Zhang (458632)
Jinwei Yuan (458633)
Minhua Lu (458634)
Siping Chen (296896)
Huafeng Liu (177955)

September 2013

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b...

Fractured femora lacking Cbl-PI3K interaction are delayed in restoring mechanical strength.

Vanessa Scanlon (798549)
Do Yu Soung (798550)
Naga Suresh Adapala (798551)
Elise Morgan (798552)
Marc F. Hansen (798553)
Hicham Drissi (798554)
Archana Sanjay (356213)

September 2015

Torsion testing was performed on fractured femora during remodeling of the hard callus at 21 and ...

W.O.: Mechanical properties of bone as a function of rate of deformation

M. Panjabi
Ph. D. T
Augustus A. White Iii
Dr. Med Sc. T

January 1973

ABSTRACT: Rabbit femora and ulnae were tested to fracture in a torsion load-ing experiment. Various ...

Mechanical properties of the three tested repairs in axial compression in intact state, after injury and after repair.

Anne-Gita Scheibler (457356)
Tobias Götschi (6057893)
Jonas Widmer (6057896)
Claude Holenstein (6057899)
Thomas Steffen (592132)
Roland S. Camenzind (6057902)
Jess G. Snedeker (333038)
Mazda Farshad (702832)

December 2018

Significant differences in disc height gain from injured to repaired state are indicated with an ast...

Potted specimen (left), representative axial compression (middle) and torsional (right) fractures with respective load- and torque-displacement curves.

Mark J. Hedgeland (845367)
Morgan A. Libruk (845368)
Nicole C. Corbiere (845369)
Mario J. Ciani (845370)
Laurel Kuxhaus (845371)

January 2016

Potted specimen (left), representative axial compression (middle) and torsional (right) fractures...

Mechanical properties of trabecular bone through compression and combined compression-torsion test: a comparative study

Fatihhi, S. J.
Syahrom, Ardiyansyah
Harun, Muhamad Noor
Abdul Kadir, Mohammed Rafiq

September 2013

In realistic service of life, trabecular bone is subjected to multiaxial stress histories during phy...

Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).

Yu Ding (54012)
Dike Ruan (434315)
Keith D. K. Luk (588271)
Qing He (351975)
Chaofeng Wang (588272)

June 2014

Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p

Mechanical test modes used to assess the (A) axial stiffness; (B) torsional stiffness; and (C) shear stiffness and load-to-failure of the plated humeral constructs.

Wen Zhang (7555)
Langqing Zeng (607218)
Yanjie Liu (607219)
Yao Pan (607220)
Wei Zhang (405)
Changqing Zhang (325515)
Bingfang Zeng (342074)
Yunfeng Chen (607221)

August 2014

Mechanical test modes used to assess the (A) axial stiffness; (B) torsional stiffness; and (C) sh...

Axial stiffness before and after cyclic testing by different fixation groups.

Xiong Liu (43564)
Wei-dong Wu (606976)
Ya-feng Fang (606977)
Mei-chao Zhang (606978)
Wen-hua Huang (606979)

July 2014

Mean stiffness of each group under axial loading condition were not significantly different (P>0....

Comparison of stiffness of the 3–0 repair group, #2 repair group, and partial-width transection group.

Xiaoxi Ji (759674)
Nirong Bao (759675)
Kai-Nan An (320371)
Peter C. Amadio (323373)
Scott P. Steinmann (759676)
Chunfeng Zhao (320370)

June 2015

Comparison of stiffness of the 3–0 repair group, #2 repair group, and partial-width transection g...

Behavior in tension torsion and flexure of members made of brittle materials

Baldwin, James W.
Kesler, Clyde E.

September 1960

This is a report on the behavior in tension, torsion, and flexure of members made of brittle materia...

Results of the torsional testing.

Malte Steiner (678064)
David Volkheimer (703757)
Nicholaus Meyers (703758)
Tim Wehner (504723)
Hans-Joachim Wilke (436691)
Lutz Claes (678065)
Anita Ignatius (142960)

March 2015

A) Torsional stiffness GI for the five different model designs S0, S1, S2, T7, and T14, un...

Torsional shear stress vs strain for the 3M 9323 joined steel samples at different test temperatures, showing increase in stiffness with lower test temperature.

Gurdial Blugan (5942795)
Gustavo Mata-Osoro (5942798)
Simon Fecht (5942801)
Jolanta Janczak-Rusch (5942804)
Jakob Kuebler (5942807)

November 2018

Torsional shear stress vs strain for the 3M 9323 joined steel samples at different test temperatures...

Articular cartilage materials properties obtained from MD fitting and earlier investigation of Sajjadinia et al., [39].

Malek Adouni (11756341)
Fadi Alkhatib (10829538)
Afif Gouissem (16747941)
Tanvir R. Faisal (11756344)

August 2023

Articular cartilage materials properties obtained from MD fitting and earlier investigation of Sajja...

The fracture behavior in compressive tests, damaged solid and cellular structures.

Shokouh Dezianian (17145036)
Mohammad Azadi (9453969)
Seyed Mohammad Javad Razavi (17145039)

October 2023

The fracture behavior in compressive tests, damaged solid and cellular structures.</p

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b) lateral strain, (c) axial-shear strain, (d) lateral-shear strain, and (e) shear strain.

Zhenghui Hu (177961)
Heye Zhang (458632)
Jinwei Yuan (458633)
Minhua Lu (458634)
Siping Chen (296896)
Huafeng Liu (177955)

September 2013

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b...

Fractured femora lacking Cbl-PI3K interaction are delayed in restoring mechanical strength.

Vanessa Scanlon (798549)
Do Yu Soung (798550)
Naga Suresh Adapala (798551)
Elise Morgan (798552)
Marc F. Hansen (798553)
Hicham Drissi (798554)
Archana Sanjay (356213)

September 2015

Torsion testing was performed on fractured femora during remodeling of the hard callus at 21 and ...

W.O.: Mechanical properties of bone as a function of rate of deformation

M. Panjabi
Ph. D. T
Augustus A. White Iii
Dr. Med Sc. T

January 1973

ABSTRACT: Rabbit femora and ulnae were tested to fracture in a torsion load-ing experiment. Various ...

Mechanical properties of the three tested repairs in axial compression in intact state, after injury and after repair.

Anne-Gita Scheibler (457356)
Tobias Götschi (6057893)
Jonas Widmer (6057896)
Claude Holenstein (6057899)
Thomas Steffen (592132)
Roland S. Camenzind (6057902)
Jess G. Snedeker (333038)
Mazda Farshad (702832)

December 2018

Significant differences in disc height gain from injured to repaired state are indicated with an ast...

Potted specimen (left), representative axial compression (middle) and torsional (right) fractures with respective load- and torque-displacement curves.

Mark J. Hedgeland (845367)
Morgan A. Libruk (845368)
Nicole C. Corbiere (845369)
Mario J. Ciani (845370)
Laurel Kuxhaus (845371)

January 2016

Potted specimen (left), representative axial compression (middle) and torsional (right) fractures...

Mechanical properties of trabecular bone through compression and combined compression-torsion test: a comparative study

Fatihhi, S. J.
Syahrom, Ardiyansyah
Harun, Muhamad Noor
Abdul Kadir, Mohammed Rafiq

September 2013

In realistic service of life, trabecular bone is subjected to multiaxial stress histories during phy...

Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).

Yu Ding (54012)
Dike Ruan (434315)
Keith D. K. Luk (588271)
Qing He (351975)
Chaofeng Wang (588272)

June 2014

Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p

Mechanical test modes used to assess the (A) axial stiffness; (B) torsional stiffness; and (C) shear stiffness and load-to-failure of the plated humeral constructs.

Wen Zhang (7555)
Langqing Zeng (607218)
Yanjie Liu (607219)
Yao Pan (607220)
Wei Zhang (405)
Changqing Zhang (325515)
Bingfang Zeng (342074)
Yunfeng Chen (607221)

August 2014

Mechanical test modes used to assess the (A) axial stiffness; (B) torsional stiffness; and (C) sh...

Axial stiffness before and after cyclic testing by different fixation groups.

Xiong Liu (43564)
Wei-dong Wu (606976)
Ya-feng Fang (606977)
Mei-chao Zhang (606978)
Wen-hua Huang (606979)

July 2014

Mean stiffness of each group under axial loading condition were not significantly different (P>0....

Comparison of stiffness of the 3–0 repair group, #2 repair group, and partial-width transection group.

Xiaoxi Ji (759674)
Nirong Bao (759675)
Kai-Nan An (320371)
Peter C. Amadio (323373)
Scott P. Steinmann (759676)
Chunfeng Zhao (320370)

June 2015

Comparison of stiffness of the 3–0 repair group, #2 repair group, and partial-width transection g...

Behavior in tension torsion and flexure of members made of brittle materials

Baldwin, James W.
Kesler, Clyde E.

September 1960

This is a report on the behavior in tension, torsion, and flexure of members made of brittle materia...

Results of the torsional testing.

Malte Steiner (678064)
David Volkheimer (703757)
Nicholaus Meyers (703758)
Tim Wehner (504723)
Hans-Joachim Wilke (436691)
Lutz Claes (678065)
Anita Ignatius (142960)

March 2015

A) Torsional stiffness GI for the five different model designs S0, S1, S2, T7, and T14, un...

Torsional shear stress vs strain for the 3M 9323 joined steel samples at different test temperatures, showing increase in stiffness with lower test temperature.

Gurdial Blugan (5942795)
Gustavo Mata-Osoro (5942798)
Simon Fecht (5942801)
Jolanta Janczak-Rusch (5942804)
Jakob Kuebler (5942807)

November 2018

Torsional shear stress vs strain for the 3M 9323 joined steel samples at different test temperatures...

Articular cartilage materials properties obtained from MD fitting and earlier investigation of Sajjadinia et al., [39].

Malek Adouni (11756341)
Fadi Alkhatib (10829538)
Afif Gouissem (16747941)
Tanvir R. Faisal (11756344)

August 2023

Articular cartilage materials properties obtained from MD fitting and earlier investigation of Sajja...

The fracture behavior in compressive tests, damaged solid and cellular structures.

Shokouh Dezianian (17145036)
Mohammad Azadi (9453969)
Seyed Mohammad Javad Razavi (17145039)

October 2023

The fracture behavior in compressive tests, damaged solid and cellular structures.</p

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b) lateral strain, (c) axial-shear strain, (d) lateral-shear strain, and (e) shear strain.

Zhenghui Hu (177961)
Heye Zhang (458632)
Jinwei Yuan (458633)
Minhua Lu (458634)
Siping Chen (296896)
Huafeng Liu (177955)

September 2013

Components of the strain tensor calculated from the recovered displacements: (a) axial strain, (b...

Fractured femora lacking Cbl-PI3K interaction are delayed in restoring mechanical strength.

Vanessa Scanlon (798549)
Do Yu Soung (798550)
Naga Suresh Adapala (798551)
Elise Morgan (798552)
Marc F. Hansen (798553)
Hicham Drissi (798554)
Archana Sanjay (356213)

September 2015

Torsion testing was performed on fractured femora during remodeling of the hard callus at 21 and ...

W.O.: Mechanical properties of bone as a function of rate of deformation

M. Panjabi
Ph. D. T
Augustus A. White Iii
Dr. Med Sc. T

January 1973

ABSTRACT: Rabbit femora and ulnae were tested to fracture in a torsion load-ing experiment. Various ...

Mechanical properties of the three tested repairs in axial torsion in intact state, after injury and after repair.

Abstract

Extracted data

Mechanical properties of the three tested repairs in axial torsion in intact state, after injury and after repair.

Abstract

Extracted data

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