Add to ORKGThe project involved the design and manufacturing of two snowboards. Each snowboard was manufactured with a different longitudinal stiffness by varying the placement of fiberglass throughout the snowboard. Laboratory tests as well as slope tests were performed on the snowboards to determine the overall effect of longitudinal stiffness on snowboard performance. From the tests and research it was determined that a stiffer snowboard results in deeper carving and increased turning difficulty
The product evolution of downhill skis is over 8000 years long; however, the most recent era in the ...
Toward the general goal of preventing, ankle injuries in snowboarding accidents, the objective of th...
It is useful for a development and design of a snowboard to make clear the mechanism of a snowboardi...
The goal of this MQP is to determine the effects of torsional stiffness in skis on skiing performanc...
Previous research has indicated that the flex pattern and camber of a snowboard are crucial to its p...
The bending and torsional stiffness distributions of a snowboard are crucial to its on-snow feel and...
A new model to calculate the key snowboard properties of bending and torsional stiffness has been de...
AbstractA new model to calculate the key snowboard properties of bending and torsional stiffness has...
The effect on the boot structural behavior of a stiffening aluminum bootboard has been investigated ...
Background: During a carving turn, vibrations are induced at the heel of the snowboard through edge ...
The aim of the present research is to extend the knowledge of mechanical properties both on single c...
Recently, snowboard is one of the most popular winter sports in the world. When the snowboarder is g...
Using the numerical approach developed by the authors, one can discuss qualitatively a snowboarding ...
AbstractOne-piece binding plates in snowboard racing have initially been introduced at the Olympics ...
The project involved the design and manufacture of two non-uniform composite beams modeled as alpine...
The product evolution of downhill skis is over 8000 years long; however, the most recent era in the ...
Toward the general goal of preventing, ankle injuries in snowboarding accidents, the objective of th...
It is useful for a development and design of a snowboard to make clear the mechanism of a snowboardi...
The goal of this MQP is to determine the effects of torsional stiffness in skis on skiing performanc...
Previous research has indicated that the flex pattern and camber of a snowboard are crucial to its p...
The bending and torsional stiffness distributions of a snowboard are crucial to its on-snow feel and...
A new model to calculate the key snowboard properties of bending and torsional stiffness has been de...
AbstractA new model to calculate the key snowboard properties of bending and torsional stiffness has...
The effect on the boot structural behavior of a stiffening aluminum bootboard has been investigated ...
Background: During a carving turn, vibrations are induced at the heel of the snowboard through edge ...
The aim of the present research is to extend the knowledge of mechanical properties both on single c...
Recently, snowboard is one of the most popular winter sports in the world. When the snowboarder is g...
Using the numerical approach developed by the authors, one can discuss qualitatively a snowboarding ...
AbstractOne-piece binding plates in snowboard racing have initially been introduced at the Olympics ...
The project involved the design and manufacture of two non-uniform composite beams modeled as alpine...
The product evolution of downhill skis is over 8000 years long; however, the most recent era in the ...
Toward the general goal of preventing, ankle injuries in snowboarding accidents, the objective of th...
It is useful for a development and design of a snowboard to make clear the mechanism of a snowboardi...