DBpedia – Linked Data Fragments

Matches in DBpedia 2016-04 for { ?s ?p "Architectural gear ratio, also called anatomical gear ratio (AGR) is a feature of pennate muscle defined by the ratio between the longitudinal strain of the muscle and muscle fiber strain.It is sometimes also defined as the ratio between muscle-shortening velocity and fiber-shortening velocity.AGR = εx/εfwhere εx = longitudinal strain (or muscle-shortening velocity) and εf is fiber strain (or fiber-shortening velocity)In fusiform muscle, the fibers are longitudinal, so longitudinal strain is equal to fiber strain, and AGR is always 1.As the pennate muscle is activated, the fibers rotate as they shorten and pull at an angle. "@en }

• Architectural_gear_ratio comment "Architectural gear ratio, also called anatomical gear ratio (AGR) is a feature of pennate muscle defined by the ratio between the longitudinal strain of the muscle and muscle fiber strain.It is sometimes also defined as the ratio between muscle-shortening velocity and fiber-shortening velocity.AGR = εx/εfwhere εx = longitudinal strain (or muscle-shortening velocity) and εf is fiber strain (or fiber-shortening velocity)In fusiform muscle, the fibers are longitudinal, so longitudinal strain is equal to fiber strain, and AGR is always 1.As the pennate muscle is activated, the fibers rotate as they shorten and pull at an angle. ".
• Q4787053 comment "Architectural gear ratio, also called anatomical gear ratio (AGR) is a feature of pennate muscle defined by the ratio between the longitudinal strain of the muscle and muscle fiber strain.It is sometimes also defined as the ratio between muscle-shortening velocity and fiber-shortening velocity.AGR = εx/εfwhere εx = longitudinal strain (or muscle-shortening velocity) and εf is fiber strain (or fiber-shortening velocity)In fusiform muscle, the fibers are longitudinal, so longitudinal strain is equal to fiber strain, and AGR is always 1.As the pennate muscle is activated, the fibers rotate as they shorten and pull at an angle. ".