Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the peak loading instance (cartilage-cartilage (covered) and cartilage-meniscus (uncovered) articular interactions).

Direct Validation of Human Knee-joint Contact Mechanics Derived From Subject-specific Finite-element Models of the Tibiofemoral and Patellofemoral Joints.

Gu, W
Pandy, M

July 2020

The primary aim of this study was to validate predictions of human knee-joint contact mechanics deri...

Computational investigation of the time-dependent contact behaviour of the human tibiofemoral joint under body weight

Meng, Q
Jin, Z
Wilcox, R
Fisher, J

November 2014

The knee joint is one of the most common sites for osteoarthritis, the onset and progression of whic...

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.

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

August 2023

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.<...

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the peak loading instance (cartilage-cartilage (covered) and cartilage-meniscus (uncovered) articular interactions).

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

August 2023

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the pe...

The contact stress experienced by the articular surfaces of the tibial compartments during the peak loading phase at various drop landing heights is presented using a consistent legend to facilitate easier comparisons.

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

August 2023

The contact stress experienced by the articular surfaces of the tibial compartments during the peak ...

Meniscus materials properties [55].

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

August 2023

Understanding the mechanics behind knee joint injuries and providing appropriate treatment is crucia...

A comparison of the contours of the contact pressures on the tibial articular cartilages for the different knee models: Intact model with the original geometry of the menisci; model MMH↑↑ with an increased height of the medial meniscus; model MMH↓↓ with a decreased height of the medial meniscus; model LMH↑↑ with an increased height of the lateral meniscus; model LMH↓↓ with a decreased height of the lateral meniscus; ΔhM = ±1.8 mm, ΔhL = ±2.0 mm.

Piotr Luczkiewicz (3153579)
Karol Daszkiewicz (3391118)
Wojciech Witkowski (775325)
Jacek Chróścielewski (3391112)
Tomasz Ferenc (568617)
Boguslaw Baczkowski (4857400)

February 2018

A comparison of the contours of the contact pressures on the tibial articular cartilages for the ...

The contact force between the tibial cartilage and the medial meniscus as a function of force in the medial compartment.

Piotr Łuczkiewicz (3391115)
Karol Daszkiewicz (3391118)
Jacek Chróścielewski (3391112)
Wojciech Witkowski (775325)
Pawel J. Winklewski (301943)

December 2016

The contact force between the tibial cartilage and the medial meniscus as a function of force in ...

The Influence of Articular Cartilage Thickness Reduction on Meniscus Biomechanics.

Piotr Łuczkiewicz
Karol Daszkiewicz
Jacek Chróścielewski
Wojciech Witkowski
Pawel J Winklewski

January 2016

Evaluation of the biomechanical interaction between meniscus and cartilage in medial compartment kne...

Relation between the contact area and the contact force for contact surfaces of meniscus and tibial cartilage in the medial compartment.

Piotr Łuczkiewicz (3391115)
Karol Daszkiewicz (3391118)
Jacek Chróścielewski (3391112)
Wojciech Witkowski (775325)
Pawel J. Winklewski (301943)

December 2016

Relation between the contact area and the contact force for contact surfaces of meniscus and tibi...

Contact pressure distribution obtained by using two different cartilage models at different acetabular reorientation position.

Li Liu (75607)
Timo Michael Ecker (843034)
Steffen Schumann (843035)
Klaus-Arno Siebenrock (843036)
Guoyan Zheng (829446)

January 2016

Contact pressure distribution obtained by using two different cartilage models at different aceta...

Computed muscle forces for different drop landing heights at the peak loading instance.

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

August 2023

Quadriceps: Vastus intermedius (VI), Vastus medialis (VM), Rectus femoris (RF), and Vastus lateralis...

S1 File -

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

August 2023

Understanding the mechanics behind knee joint injuries and providing appropriate treatment is crucia...

The sensitivity of tibiofemoral contact pressure to the size and shape of the lateral and medial menisci

Haut Donahue, Tammy L.
Hull, M. L.
Rashid, Mark M.
Jacobs, Christopher R.

June 2004

In an effort to prevent degeneration of articular cartilage associated with meniscectomies, both men...

Finite Element Modeling of Knee Joint to Study Tibio-Femoral Contact Machanics

Raghunathan, Bhaskar

January 2014

Articular cartilage covers the articulating ends of diarthrodial joints. It plays a vital role in th...

Direct Validation of Human Knee-joint Contact Mechanics Derived From Subject-specific Finite-element Models of the Tibiofemoral and Patellofemoral Joints.

Gu, W
Pandy, M

July 2020

The primary aim of this study was to validate predictions of human knee-joint contact mechanics deri...

Computational investigation of the time-dependent contact behaviour of the human tibiofemoral joint under body weight

Meng, Q
Jin, Z
Wilcox, R
Fisher, J

November 2014

The knee joint is one of the most common sites for osteoarthritis, the onset and progression of whic...

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.

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

August 2023

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.<...

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the peak loading instance (cartilage-cartilage (covered) and cartilage-meniscus (uncovered) articular interactions).

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

August 2023

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the pe...

The contact stress experienced by the articular surfaces of the tibial compartments during the peak loading phase at various drop landing heights is presented using a consistent legend to facilitate easier comparisons.

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

August 2023

The contact stress experienced by the articular surfaces of the tibial compartments during the peak ...

Meniscus materials properties [55].

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

August 2023

Understanding the mechanics behind knee joint injuries and providing appropriate treatment is crucia...

A comparison of the contours of the contact pressures on the tibial articular cartilages for the different knee models: Intact model with the original geometry of the menisci; model MMH↑↑ with an increased height of the medial meniscus; model MMH↓↓ with a decreased height of the medial meniscus; model LMH↑↑ with an increased height of the lateral meniscus; model LMH↓↓ with a decreased height of the lateral meniscus; ΔhM = ±1.8 mm, ΔhL = ±2.0 mm.

Piotr Luczkiewicz (3153579)
Karol Daszkiewicz (3391118)
Wojciech Witkowski (775325)
Jacek Chróścielewski (3391112)
Tomasz Ferenc (568617)
Boguslaw Baczkowski (4857400)

February 2018

A comparison of the contours of the contact pressures on the tibial articular cartilages for the ...

The contact force between the tibial cartilage and the medial meniscus as a function of force in the medial compartment.

Piotr Łuczkiewicz (3391115)
Karol Daszkiewicz (3391118)
Jacek Chróścielewski (3391112)
Wojciech Witkowski (775325)
Pawel J. Winklewski (301943)

December 2016

The contact force between the tibial cartilage and the medial meniscus as a function of force in ...

The Influence of Articular Cartilage Thickness Reduction on Meniscus Biomechanics.

Piotr Łuczkiewicz
Karol Daszkiewicz
Jacek Chróścielewski
Wojciech Witkowski
Pawel J Winklewski

January 2016

Evaluation of the biomechanical interaction between meniscus and cartilage in medial compartment kne...

Relation between the contact area and the contact force for contact surfaces of meniscus and tibial cartilage in the medial compartment.

Piotr Łuczkiewicz (3391115)
Karol Daszkiewicz (3391118)
Jacek Chróścielewski (3391112)
Wojciech Witkowski (775325)
Pawel J. Winklewski (301943)

December 2016

Relation between the contact area and the contact force for contact surfaces of meniscus and tibi...

Contact pressure distribution obtained by using two different cartilage models at different acetabular reorientation position.

Li Liu (75607)
Timo Michael Ecker (843034)
Steffen Schumann (843035)
Klaus-Arno Siebenrock (843036)
Guoyan Zheng (829446)

January 2016

Contact pressure distribution obtained by using two different cartilage models at different aceta...

Computed muscle forces for different drop landing heights at the peak loading instance.

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

August 2023

Quadriceps: Vastus intermedius (VI), Vastus medialis (VM), Rectus femoris (RF), and Vastus lateralis...

S1 File -

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

August 2023

Understanding the mechanics behind knee joint injuries and providing appropriate treatment is crucia...

The sensitivity of tibiofemoral contact pressure to the size and shape of the lateral and medial menisci

Haut Donahue, Tammy L.
Hull, M. L.
Rashid, Mark M.
Jacobs, Christopher R.

June 2004

In an effort to prevent degeneration of articular cartilage associated with meniscectomies, both men...

Finite Element Modeling of Knee Joint to Study Tibio-Femoral Contact Machanics

Raghunathan, Bhaskar

January 2014

Articular cartilage covers the articulating ends of diarthrodial joints. It plays a vital role in th...

Direct Validation of Human Knee-joint Contact Mechanics Derived From Subject-specific Finite-element Models of the Tibiofemoral and Patellofemoral Joints.

Gu, W
Pandy, M

July 2020

The primary aim of this study was to validate predictions of human knee-joint contact mechanics deri...

Computational investigation of the time-dependent contact behaviour of the human tibiofemoral joint under body weight

Meng, Q
Jin, Z
Wilcox, R
Fisher, J

November 2014

The knee joint is one of the most common sites for osteoarthritis, the onset and progression of whic...

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.

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

August 2023

Computed ligament nominal stresses for different drop landing heights at the peak loading instance.<...

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the peak loading instance (cartilage-cartilage (covered) and cartilage-meniscus (uncovered) articular interactions).

Abstract

Extracted data

Computed tibiofemoral and patellofemoral contact forces for different drop landing heights at the peak loading instance (cartilage-cartilage (covered) and cartilage-meniscus (uncovered) articular interactions).

Abstract

Extracted data

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