Biomechanical

Biomechanical research is vital for improving the design of surgical instruments.

Biomechanical engineers are working on developing advanced prosthetic limbs for amputees.

The company used biomechanical engineering to design a safer car.

The biomechanical analysis of tennis rackets is essential for enhancing player performance.

The biomechanical analysis of the human spine has led to new treatments for back pain.

The doctor recommended a biomechanical assessment to address the patient's back pain.

The biomechanical analysis of a tennis serve is essential to identify potential injury risk factors.

The ballet instructor emphasized the importance of correct biomechanical alignment in dance.

Biomechanical studies show that repetitive motions can lead to injury.

Biomechanical engineering is an interdisciplinary field that combines biology and mechanical engineering principles.

The biomechanical engineers developed a new device to measure heart rate variability.

The biomechanical properties of bone play a crucial role in the healing process of fractures.

Biomechanical analysis can reveal the weak points in an athlete's performance.

The biomechanical properties of different materials were studied to develop a more durable bicycle frame.

The prosthetic limbs were designed with a biomechanical approach to improve mobility.

The biomechanical properties of the material were tested in the laboratory.

The design of prosthetic limbs is influenced by biomechanical considerations, such as the range of motion needed for a particular task.

Biomechanical testing revealed the strength of the bone graft.

The surgeon used biomechanical principles to design the implant.

Biomechanical studies have shown that certain types of shoes can alter the way a person walks and increase the risk of foot injuries.

Biomechanical engineering can be applied to develop prosthetic limbs that mimic natural human movement.

Biomechanical modeling is used to understand the mechanics of heart function.

The surgeon relied on biomechanical principles to ensure proper alignment of the bones during surgery.

The biomechanical properties of the material made it suitable for aeronautic applications.

Understanding the biomechanical properties of soil can help farmers improve crop yields.

Biomechanical analysis helps improve athletic performance.

The biomechanical properties of plants determine their response to wind and other environmental factors.

Biomechanical principles are used in physical therapy to help patients recover from injuries.

The researcher used biomechanical principles to develop a better understanding of the mechanics of insect flight.

Biomechanical analysis of an athlete's running form can help identify areas for improvement.

The biomechanical model predicted the stresses and strains on the bridge during an earthquake.

The biomechanical analysis revealed flaws in the athlete's running form.

The biomechanical principles were applied to create a more efficient swimming stroke.

Biomechanical models are used in virtual simulations to study the effects of various physical activities on the human body.

Biomechanical testing is used to evaluate the safety of medical implants.

Biomechanical testing is used to evaluate the safety and performance of car seats for infants and children.

The design of the exoskeleton was based on the biomechanical structure of the human body.

Biomechanical models are used to simulate the effects of different drugs on the human body.

The company is researching new biomechanical approaches to improve the efficiency of their manufacturing process.

Biomechanical factors such as joint angles and muscle activation can affect the efficiency of a golf swing.

The biomechanical study of insects' wings helped engineers design more efficient drones.

The company conducted a biomechanical analysis of ergonomic office chairs to improve user comfort.

The coach suggested that the athlete should improve their biomechanical technique for better performance.

The biomechanical analysis of a patient's gait can help diagnose and treat certain conditions.

The biomechanical analysis of a dancer's movements can help improve their technique and prevent injuries.

Biomechanical principles were used to design a more efficient swimming stroke.

The athlete's trainer used biomechanical techniques to improve their running form and reduce the risk of injury.

The athlete's performance was analyzed through biomechanical testing.

The biomechanical model helped understand the behavior of the knee joint during running.

The biomechanical properties of bone determine its strength and flexibility.