Group 8 BYMED

BIOMECHANICAL APPLICATIONS IN SHOE TECHNOLOGIES One Step Into A Stronger Body

Our Mission:Promoting health and mobility through biomechanical research and education

BIOMECHANICS?
Biomechanic is literally the mechanics of biological organisms.It is the science that describes and predicts the motions of living bodies.

Sport bioemechanis is a subarea of bioengineering that analysises the relationship between the muscle-skeleton system of human body and other structures that body related with.

Lower Leg Anatomy
There are 3 several parts of the lower leg being researched in biomechanics.
ANKLE
FOOT
KNEE

ANKLE
The ankle joint is made up of 3 bones that touch with each other. The tibia, fibula, and talus. Along with bones, anatomy also includes the ligament.Ligaments are most commonly injured during an ankle sprain.
.

FOOT
The foot is made up of many different bones but there are some areas in foot which are commonly injured;
Toes
Matatarsals
Tendonitis

Knee
Your knee is a hinge type joint that allows for the movements. There are four major ligaments in your knee.
MCL
LCL
ACL
PCL

MOST COMMON SPORT INJURIES

Hamstring Strain

Sprained Ankle

Meniscus Tear

Anterior Cruciate Ligament

Hernia

ONE SMALL STEP,SEVERAL MAJOR BENEFITS

BIOMECHANICAL SHOES
Biomechanical shoes combine extra width and extra depth with good biomechanical function.

EASY TONE

RUN TONE

TRAIN TONE

T-MAC 4

Our aim is creating a sport shoe that decreases the possibility of some injuries and also increases the efficiency of the traning.

3 Major Steps
Testing
Understanding forces
Designing

Pedobarografy

Balance Pods

Balance Pods Ankle Barrier

Group 8 BYMED

by Başak Mecit

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Group 8 BYMED Presentation Transcript

Group 8 BYMED

by Başak Mecit

Accessibility

Upload Details

Usage Rights

Statistics

Group 8 BYMED Presentation Transcript

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