pressure volleyball bounce height

Introduction

The relationship between internal pressure and bounce height in sports balls, such as volleyballs and basketballs, is a critical factor in ensuring consistent performance and playability. This synthesis examines the impact of internal pressure on the bounce height of volleyballs, drawing insights from various research studies.

Key Insights

Internal Pressure and Rebound Height:
- Increasing the internal pressure of a ball increases its rebound height. This relationship is crucial for maintaining consistent bounce characteristics across different drop heights.
Physique and Performance in Volleyball:
- The physical characteristics of volleyball players, such as height and body weight, significantly influence their performance, particularly in spike and block heights. This suggests that physique plays a role in the effective use of bounce height during play.
Movement Characteristics and Jump Performance:
- Key factors for achieving optimal jump height in volleyball include an optimized approach, energy conversion, dynamic arm swing, and high angular velocities in the ankles and knees. These factors are essential for maximizing the effective use of bounce height in volleyball.

Conclusion

The internal pressure of a volleyball significantly affects its bounce height, with higher pressures leading to higher rebounds. Additionally, the physical characteristics and movement techniques of players are crucial in maximizing the effective use of bounce height during play. Understanding these dynamics can help in optimizing both the equipment and the training of players for better performance.

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Pressure volleyball bounce height

Summary

Introduction

Key Insights

Conclusion

Sources and full results

Applying Dynamics to the Engineering of the Perfect Bounce: Experimental Investigation of Why the NBA Requires a Specific Inflation Pressure for Basketballs used in Professional Games

The NBA requires a specific internal pressure of 7.5 to 8.5 psi for basketballs used in professional games, as increasing the internal pressure compensates for the effects of increasing the drop height.

Comparative Analysis on the Physique and Height over Net of Women′s Volleyball Players between the 28th and the 29th Olympic Games

Women's volleyball players' physique characteristics are still developing, with China being the top team in height over net and age index, while Asian teams have made progress in relative bounce force.

Movement characteristics of volleyball spike jump performance in females.

Optimised approach, wide dynamic arm swing, and large angular velocities in ankles and knees significantly determine jump height in female volleyball players, while upper body anthropometrics and angular joint velocities are key for ball velocity.

Factors Influencing Spike Jump Height in Female College Volleyball Players

Spike jump height in female college volleyball players is influenced by vertical velocity at take-off, horizontal velocity at third step contact, and deceleration of horizontal velocity from third step contact to take-off.

Comparative Study of Height And Bounce Ability Between Chinese and Foreign Women Volleyball Players

International women volleyball athletes' height increased 10.02 cm from 1972 to 2004 and spring increased 0.75 cm from 1997 to 2004.

Gender Bias in the Effect of Dropping Height on Jumping Performance in Volleyball Players

Optimal height for plyometric training in volleyball players should be determined to enhance their vertical jump performance without increasing force and stiffness.

Stature and Jumping Height Are Required in Female Volleyball, but Motor Coordination Is a Key Factor for Future Elite Success

Motor coordination is a key factor in determining elite success in female volleyball, while stature and jump height are prerequisites for talent identification.

Does sensorimotor training improve the static balance of young volleyball players?

A 6-week balance training protocol may improve static balance in young female volleyball players, but further investigations are needed to confirm its actual effect on balance performance compared to normal volleyball training.

Somatotype, size and body composition of competitive female volleyball players.

Competitive female volleyball players are mainly balanced endomorphs, with A1 division players being taller and slightly leaner with greater fat-free mass than A2 counterparts, and significant differences found among athletes of different playing positions.

PHYSIOLOGICAL AND ANTHROPOMETRIC CHARACTERISTICS OF AUSTRALIAN JUNIOR NATIONAL, STATE, AND NOVICE VOLLEYBALL PLAYERS

Australian junior volleyball players at elite, semi-elite, and novice levels show improvements in lower-body muscular power, agility, and estimated maximal aerobic power, with male players being taller, heavier, leaner, and having greater abilities than females.

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