During the initial stages of any biomechanical changes, it is important for the athlete to visualize and conceptualize what changes they want to make as well as why these changes are important for both their short term and long term goals. For example, a runner might want to modify their foot strike position in order to decrease their risk of injury, help prevent a recurring injury from coming back or improve their time in a specific event. The lower the center of gravity, the larger the base of support, the closer the line of gravity to the center of the base of support, and the greater the mass, the more STABILITY increases.
Saturday, 10 September Biomechanics Any sport requires specific movement to complete the movements, badminton being no exception. Biomechanical principles are important in badminton so that players makes effective and efficient movements, they can achieve this by understanding mechanical laws.
Biomechanics is the study of these laws in relation to movements. Biomechanical principles include force, motion, projectile motion, flight path, balance, stability and levers. It is these that need to be applied to perform to maximum ability. Motion is a fundamental element being- the action or process of moving or being moved.
This is required to as relate.
Each motion can be classified into: As shown in relate- explain the movement the main motion used is general motion as it is a combination of linear, which is moving in a straight line, curvilinear, which is moving is a curved line and rotational which is moving on an axis.
An object in motion continues in motion with the same speed and in the same direction unless acted upon by an unbalanced force. The other application of the Law is the slight bounce back the racket has after hitting the shuttle.
The other component the athlete needs to apply in relation to force is force summation. This entails knowing whether the shot being taken is simultaneous or sequential. All objects have mass; so if an object is moving, then it has momentum - it has its mass in motion.
For these players to increase the momentum of the hit they should work on improving hitting the sweet spot, fluid and correct force summation and timing of the hits. The sweet shot is the ideal place to hit the shuttle because it has minimum vibration and is located in the middle of the racket.
In Badminton the shuttle is projected into the air by an external force showing the principle of projectile motion. As shown throughout the play, the athlete is the external force being applied sending the shuttle over the net on a flight path depending on angle, height and speed it was release at.
As shown in appendix 1. Though when taking a drop shot or a front court smash the angle is altered. The height of release needs to be taken into consideration when formulating the angle of release because as the height of release increases the angle decreases.
This principle is evident when smashing the shuttle because the athlete needs to be aware that they must decrease the angle because they are hitting from a larger height. Another principle used in smashes is the speed of release.
The faster the speed or release is the faster and further the shuttle travel. The awareness of this resistance allows the athletes to know to hit the shuttle with more force to compensate for the high pressure build up the shuttle will have on it flight path.
During the initial stages of any biomechanical changes, it is important for the athlete to visualize and conceptualize what changes they want to make as well as why these changes are important for both their short term and long term goals. Seven Principles of Biomechanical Analysis The Coaching Association of Canada’s National. Coaching Certification Program (NCCP) Level 2 Theory course sets forward seven principles that can be grouped into four broad categories: (1) stability, (2) maximum effort, (3) linear motion, and (4) angular motion. The application of biomechanical principles to plants, plant organs and cells has developed into the subfield of plant biomechanics. Application of biomechanics for plants ranges from studying the resilience of crops to environmental stress  to development and morphogenesis at cell and tissue scale, overlapping with mechanobiology.
Balance and stability are vital in most sports with badminton being no exception. The athlete needs to be able to maintain static and dynamic balance being both with moving and not. The athletes line of gravity falls from their centre of gravity to the ground and if this happens to fall between their base of support they will be fairly stable.
In sports though these can changes quickly and need to do so for the athlete to move to the shuttle, though too fast and they will fall. Levers are used in sport to generate force efficiently so therefore improving the overall performance. A lever contains a force, a resistance and an axis as shown in Appendix 1.
The first two levers assist in moving heavy objects with less force. An example of this shown relate as the racket is being moved from behind the athlete to above them with the elbow as the axis, then smashing the shuttle the resistance. The third class of lever is designed for speed.
The athlete can maximise the shot by snapping the wrist as the last stage of hitting the shuttle to employ this lever and increase the speed.
By snapping the wrist is acts as an axis. The need for understanding and applying the principles of biomechanics is evident relate. The principles needed to achieve automotive level of performance are force, motion, projectile motion, flight path, balance, stability and levers.
Once these have been applied to relate the performance will become efficient and effective therefore maximizing the athletes ability.Seven Principles of Biomechanical Analysis The foundation to exercise Angular momentum Reaction Torque Impulse Stability Maximum Velocity Maximum Effort Principle 2: The pruduction of maximum force requires the use of all possible joint movements that contribute to the task's objective.
The following slides represent biomechanical principles that apply to movement in any form of sport, dance or recreation. As you progress through these slides, try to determine a type of activity that would have an application to the principle noted.
Please click on the principles of interest in the frame to the left. During the initial stages of any biomechanical changes, it is important for the athlete to visualize and conceptualize what changes they want to make as well as why these changes are important for both their short term and long term goals.
The application of biomechanical principles to plants, plant organs and cells has developed into the subfield of plant biomechanics. Application of biomechanics for plants ranges from studying the resilience of crops to environmental stress  to development and morphogenesis at cell and tissue scale, overlapping with mechanobiology.
The following ten principles of biomechanics provide a solid basis for looking at performance, whether it’s coaching, teaching, rehabilitation, teaching a kid in the driveway, or watching a sporting event on TV.
Running Speed • Stride length x stride frequency • At faster running speeds (above 7m ·s-1) stride frequency increases more then stride length – Up to m stride length & 5Hz frequency.