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Monday, August 3, 2020 | History

2 edition of Cinematographic and mechanical analysis of pole vaulting with the fiber glass pole found in the catalog.

Cinematographic and mechanical analysis of pole vaulting with the fiber glass pole

T. T. Pikulsky

Cinematographic and mechanical analysis of pole vaulting with the fiber glass pole

by T. T. Pikulsky

  • 133 Want to read
  • 29 Currently reading

Published .
Written in English


Edition Notes

Statementby T.T. Pikulsky.
ID Numbers
Open LibraryOL19545874M

If you read the article How Force, Power, Torque and Energy Work, you learned all about potential energy (PE) and kinetic energy (KE). Let's try to figure out how high a pole vaulter could vault if he had absolutely perfect technique. If he ran as fast as anyone in the world, and his vaulting motion was so perfect that he wasted no energy. Pole-vaulting is conducted along the lines of the high jump; i.e., vaulters attempt to vault over a crossbar placed on uprights, they have In competition, each vaulter is given three chances to clear a .

  Over the years, pole vaulting changed from being a pragmatic mode of transportation to a sport. In , the idea of competing for height as opposed to distance was pioneered at an early contest at Ulverston Football and Cricket Club in Lancashire. The vaulting pole is a very advanced piece of equipment. It is constructed from carbon fiber and fiberglass composite materials in several layers. The pole must be able to absorb all of the vaulter's energy while bending, and then return all of that energy as it straightens out. These advanced composite materials waste very little energy when they bend, and have a good strength-to-weight ratio.

Pole vaulting is a track and field event in which a person uses a long flexible pole (which today is usually made either of fiberglass or carbon fiber) as an aid to jump over a bar. Pole jumping competitions were known to the ancient Greeks, Cretans and Celts. We stock the world's largest pole vault pole inventory, have the fastest delivery, and have the most knowledge! We have poles from every manufacturer UCS Spirit, Pacer Composite, Pacer One, Rocket, Lady Rocket and Altius. For pole selection help or vaulting tips, call us at


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Cinematographic and mechanical analysis of pole vaulting with the fiber glass pole by T. T. Pikulsky Download PDF EPUB FB2

In pole vaulting, athlete benefit from the elastic properties of the pole to gain in total mechanical energy during the pole support phase (Dillman and Nelson ;Hay ).

The current pole vault world record of meters was achieved on a glass fiber pole by Renaud Lavillenie in [5, 6].

From these height evolutions, a distinct trend can be seen; the. As shown in Fig. 3, with the introduction of the bamboo pole in the early s and the subsequent introduction of the glass-fiber pole in the early s, Olympic vault heights increased more dramatically in the years following.

The ideal situation is to use a pole. The Pole Vault rules from 18thcentury till now have been approximately the same. But, the material of the pole always kept changing, from solid wood, to bamboo, to glass fiber and to carbon fiber.

Research on Pole Vault sport was focused on two main topics; dynamic motion and material properties of the pole. A Cinematographic Study of Selective Factors in the Pole Vault. The waistband mark and a special take-off board to record duration of contact were employed with the cinematographic analysis.

With the criterion expressed as mean height for the group, stepwise regression selected the following variables with regard to their relative Cited by: 2. Ganslen, R. () Mechanics of the pole vault 6th Edn. Swift, St. Louis, Missouri. Hay, J. () Pole vaulting: a mechanical analysis of factors influencing pole-bend.

The Research Quarterli, 38, Pikulsky, T. () A cinematographical and mechanical analysis of pole vaulting with the fiberglass pole. Modern vaulting poles can be made from GFRP and/or carbon fibre reinforced polymer (CFRP) composites. The addition of carbon fibres maintains the mechanical properties of the pole, but allows a reduction in the weight.

The number and arrangement of the fibres determines the mechanical properties, in particular the bending stiffness. when the pole bend is large (shortening of the chord length to under 65%) and the pole has very high hoop strength, high tensile loading capability, and the compression side loads cause a crack in the resin system on the compression side.

This pole would then fail after the pole begins to recoil or unbend. This condition. For example in there was a change in vaulting pole construction from bamboo to glass fibre reinforced polymer (GFRP) composites. The lighter GFRP pole enabled the athletes to have a faster run-up, resulting in a greater take-off speed, giving them more kinetic energy to convert into potential energy and hence height.

With the fiber-glass pole, the vaulter does less work at the start but must do much more at the end. It's still the man on the end of the pole that counts." [6]. PoleVault Systems use economical twisted pair cable for transmitting signals and include network connectivity for Web-based AV resource management, monitoring, and control.

Extron PoleVault Systems take their name from the unique PMK Pole Mount Kit that securely mounts and conceals system components above the projector.

When vaulting with a fiberglass pole the vaulter is able to clear a slightly greater height above their hand grip. This is probably because the athlete is able to reach a better mechanical position to add muscular energy to the vault. Modern pole-vaulting poles are hollow columns constructed from fiberglass or a mix of fiberglass and carbon fiber.

Initially, vaulting poles were made from stiff materials such as bamboo or aluminum. The introduction of flexible vaulting poles made from composites such as fiberglass or carbon fiber allowed vaulters to achieve greater height.

Physical attributes such as speed, agility, and strength are essential to pole vaulting effectively. COVID Resources. Reliable information about the coronavirus (COVID) is available from the World Health Organization (current situation, international travel).Numerous and frequently-updated resource results are available from this ’s WebJunction has pulled together information and resources to assist library staff as they consider how to handle coronavirus.

Altius makes the most durable, lightweight, and responsive carbon and fiberglass pole vaulting poles in the track & field industry. Home of the Carbon Suhr Adrenaline Hybrid Poles, Elite Poles, Xtreme Poles, Fiberglass Poles, Training Poles, Crossbars Altius makes poles that high schools, clubs, colleges, and professionals can trust.

Modern advances in composite production techniques are allowing improvements in athletics tool design. This book provides analysis of mechanical parameters of the vaulting pole as a main precondition for the practical applicability of the concept of composite materials in the pole vault.

A vaulting pole was modelled and analyzed using Finite Element Method and experimental tests were performed. The experimental tests were performed on a fibreglass vaulting pole Author: Piotr W?uka. The pole vault is an event in track and field that involves an athlete using a long, bendable pole to vault himself over a cross bar at predetermined heights.

The athlete first holds the pole on one end in his hands, and then begins his run-up. For elite athletes, this run-up is usually between 16 and 20 steps long. Pole vaulting is an athletics event in which a person uses a long flexible pole as an aid to jump over a bar.

Pole vaulting has been an event at the Olympic games since The basic physics of pole vaulting is simple to explain. The pole vaulter must run as fast as he or she can, and then convert the corresponding kinetic energy of the run.

J Biomech. Aug;1(3) The mechanical energy transformations of pole vaulting with a fiberglass pole. Dillman CJ, Nelson RC.

PMID. Pole Vault and the Pole An Engineers perspective on the pole vaults main piece of equipment, the pole. First and foremost the pole is a piece of equipment, a tool, used in the event to help you clear the bar. Just with many other tasks, the proper tool allows you to perform a task more efficiently.

pole vault box and under the front buns. box collar cutout, n—the opening in the pole vault box collar above the pole vault box. box collar wing, n—the part of the box collar arm that extends down the inner sidewall of the pole vault box.

The box collar wings provide protection and help to hold the box collar in place.Facilities & Capabilities S/N Process Machine MC Code Supplier Factory Origin 1 Poles injection Spinning machine PF‐Pole‐M14M Pfleiderer fiber factory Germany 2 Poles injection Applicator APP‐IP‐ WIWA fiber factory Sweden 3 Poles accessories Top band saw TPS‐OLT Siloma fiber factory Bulgaria 4 Poles accessories Bottome band saw BPS‐IMAS35∅ Ittifak fiber factory Germany.MECHANICS OF THE POLE VAULT Mechanical bases of effective pole vaulting technique Peter M.

McGinnis, Ph.D. Department of Kinesiology • SUNY College at Cortland P.O. Box • Cortland • NY • email: [email protected] U.S.A. Track and Field National Podium Education Project December • Las Vegas, Nevada THE VAULTER 1.