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Biomechanical studies carpometacarpal (CMC) joint thumb
Podsedník, Karel ; Marcián, Petr (referee) ; Florian, Zdeněk (advisor)
This master thesis deals with stress-strain analysis of carpometacarpal (CMC) thumb joint. It is a preliminary study, which was not analysed on BUT Mechanical and biomechanical institute yet. There is a comparative stress-strain analysis of CMC with applied total endoprosthesis and physiological condition. The model of geometry was created based on CT images and processed with using software Catia and Solidworks. The problem was solved in numerical FEM (finite element method) in software Ansys 13.0
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Contactless torque sensor
Křemen, Jan ; Novotný, Pavel (referee) ; Píštěk, Václav (advisor)
This bachelor´s thesis aims to develop the conceptual and experimental study of the assembly function for non-contact measurement of torque basic project design and the monitoring of key components of the mechanical dimensions of the prototype device BMK-1. The object of this work is only a part of the mechanical equipment. Inspections will be conducted through simple calculations of elasticity strength.
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Clinical Anatomy of the Arteries of the Trumb and the First Web Space
Miletín, Jakub ; Kachlík, David (advisor) ; Stingl, Josef (referee) ; Měšťák, Ondřej (referee)
The thumb is absolutely essential for the flawless function of the hand, and the loss of the structure or function of the thumb almost always means a partial or total invalidation of the patient. Thus, salvage and reconstruction of the thumb is one of the foremost topics in hand surgery. Modern conservation and reconstructive procedures of hand surgery require a completely new insight into the knowledge of vascular anatomy. In order for the information to be comprehensible and well communicated, it is necessary to have a sufficiently detailed, clear and, above all, uniform nomenclature. When taking a closer look at the anatomy of the vessels of the hand, it turns out that authors often do not use generally accepted terms or do not agree on the interpretation of the correctly used ones. The above stated facts led us to the conclusion that, although the anatomy of the hand arteries seems to have been well studied and described in the past, there is still considerable room for sorting out the previously described data, revising the nomenclature, completing the missing detailed description of some anatomical variations and assessing the significance and usefulness of individual structures in relation to trauma and reconstructive hand surgery. This work describes in detail the systemic and topographical...
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Kinesio taping in treatment and prevention of thumb overload in outpatient physiotherapy
Neklanová, Anna ; Ravnik, David (advisor) ; Tlapáková, Eva (referee)
Title : Kinesio taping in treatment and prevention of thumb overload in outpatient physiotherapy Purposes : The main purpose of this thesis was to evaluate a degree of pain decrease in thumb joint after kinesio tape application. The differences in grip strength were concurrently evaluated to objectify previous results. Hand dynamometer was used to support this claim. Methods : Data for the experiment were obtained by use of hand dynamometer measurement and record of a pain degree according to chosen pain scale. Each person was measured right before defined strain and immediately after it (daily work in outpatient therapy according to therapist's working shift). Each therapist was asked to record a degree of actual pain following the instructions during strain. All the results were processed and statistically analyzed. Results : The results show that kinesio tape is successful in decreasing of thumb joint pain. This was confirmed both during and after the strain. At the same time kinesio tape prevents decreasing of the grip strength. Keywords : Thumb, thumb joint, kinesio taping of a thumb, dynamometry, pain decrease of a thumb, overloading of a thumb
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Kinesio taping in treatment and prevention of thumb overload in outpatient physiotherapy
Neklanová, Anna ; Ravnik, David (advisor) ; Tlapáková, Eva (referee)
Title : Kinesio taping in treatment and prevention of thumb overload in outpatient physiotherapy Purposes : The main purpose of this thesis was to evaluate a degree of pain decrease in thumb joint after kinesio tape application. The differences in grip strength were concurrently evaluated to objectify previous results. Hand dynamometer was used to support this claim. Methods : Data for the experiment were obtained by use of hand dynamometer measurement and record of a pain degree according to chosen pain scale. Each person was measured right before defined strain and immediately after it (daily work in outpatient therapy according to therapist's working shift). Each therapist was asked to record a degree of actual pain following the instructions during strain. All the results were processed and statistically analyzed. Results : The results show that kinesio tape is successful in decreasing of thumb joint pain. This was confirmed both during and after the strain. At the same time kinesio tape prevents decreasing of the grip strength. Keywords : Thumb, thumb joint, kinesio taping of a thumb, dynamometry, pain decrease of a thumb, overloading of a thumb
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Biomechanical studies carpometacarpal (CMC) joint thumb
Podsedník, Karel ; Marcián, Petr (referee) ; Florian, Zdeněk (advisor)
This master thesis deals with stress-strain analysis of carpometacarpal (CMC) thumb joint. It is a preliminary study, which was not analysed on BUT Mechanical and biomechanical institute yet. There is a comparative stress-strain analysis of CMC with applied total endoprosthesis and physiological condition. The model of geometry was created based on CT images and processed with using software Catia and Solidworks. The problem was solved in numerical FEM (finite element method) in software Ansys 13.0
|
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Contactless torque sensor
Křemen, Jan ; Novotný, Pavel (referee) ; Píštěk, Václav (advisor)
This bachelor´s thesis aims to develop the conceptual and experimental study of the assembly function for non-contact measurement of torque basic project design and the monitoring of key components of the mechanical dimensions of the prototype device BMK-1. The object of this work is only a part of the mechanical equipment. Inspections will be conducted through simple calculations of elasticity strength.
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