Leg length

The size of an equal leg fillet weld is the leg length of the largest inscribed isosceles right triangle (theoretical throat = 0.707 X size). 

However, it must be considered that an animal is in free fall for a time within each stride, therefore it would be reasonable to think that gravity retains its importance. If the period of falling is a fixed fraction of stride duration and if running speed at transition varies with leg length multiplied by the stride frequency - which is supported by observation - then the respective transition point has to be set by by a fixed Froude number. 

Table 2.4 Values of heat input for single run fillet welds (These values are to be used only when fillet welds to a specified minimum leg length are required. In other cases heat input is controlled by specifying electrode run lengths - Tables 2.1-2.3)...

Minimum leg length for single run fillet weld Manual metal-arc welding Tubular cored arc welding... 

Joint Combined thickness, Minimum fillet leg length... 

Relationships between heat input and minimum leg length arc different from those between heat input and measured leg length. 

There is no leg length dependence of the maximum running speed. Any similarly built animal will run at nearly the same maximum speed. There are running speed differences, of course, but the differences are relatively small and do not depend upon size. 

Results of this model show that jumping speed generally increases as muscle mass increases up to an unrealistically high muscle mass of 35% or more of body mass. The optimal leg length should be proportional to body mass to the one-third power ... 

There is an optimum speed of walking. Faster than this speed, additional muscular energy is required to propel the body forward. Moving slower than the optimal speed requires additional muscular energy to retard leg movement. Thus, the optimal speed is related to the rate at which the leg can swing forward. Simple analysis of the leg as a physical pendulum shows that the optimal walking speed is related to leg length ... 

Height, arm length, shoulder width Leg length, knee height... 

Hand tool size — trigger length, handle circumference Apparel size — leg length of pants, arm length of shirt Personal protective equipment — height of respirator,... 

The bearing capacity analysis of individual footings should fulfill two functions. The first is to predict the penetration below the seafloor to determine if the combined air gap, water depth, and footing penetration are less than or equal to the maximum available leg length. The second purpose is to evaluate the risk of a foundation failure caused by a punch-through. 

A right angle bracket has leg lengths of 90 and 50 mm with a 3 mm corner radius and is made from 14 SWG (2 mm) sheet. Calculate the developed length (ans. 138.3). 

Figure 2 Depth (leg length) of the section is an important factor.

To validate the research, the system was applied to 5 volunteers. Tests were realized in a physiotherapy clinic with acclimatized environment using a motorized treadmill with a pre-adjusted distance of 50 m and medical supervision. From the data acquired it was possible to reach two distinct displays of interpretative charts the first showing the relation between the pace length and the leg length. 

Ankle fractures account for approximately 5.5% (Landin 1983) of paediatric fractures and the distal tibial and fibular physes are common sites of physeal injury (Peterson and Peterson 1972). The potential consequences of ankle and distal tibial physeal injury are leg length inequality, angular and torsional malalignment and post-traumatic arthritis. 

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