CADAM is based on the gravity method using rigid body equilibrium and beam theory to perform stress analyses, compute crack lengths, and safety factors.
For this purpose, we introduce a strategy of traversing gaps that respect the kinematic constraints and provides a compromise between path length and motion safety.
The very long cycle length and simple safety features minimize the burdens from the operation, maintenance, and spent-fuel management, with a positive impact on the economic feasibility.
In this paper, we propose a path optimizing method to improve a given path in terms of path length and the safety against the collisions, using a variational approach.
The efficacy evaluation was identifiable and directly accessible in 76 (97%; median length 13.5 pages) and safety in 77 (99%; median length 17 pages).
Cycle length is reached and safety parameters are fulfilled.
The industrial area layout can influence the economic benefit, safety and surrounding environment of an industrial area to a large extent, especially the length of piping and safety.
To cope with the major types of inclined terrains, the walker may adopt one of the following basic strategies (or a combination) according to several parameters, such as metabolic energy expenditure, travel time and length, comfort, safety, physical and psychological abilities, and physical condition of the sloped surfaces.
Secondary outcomes included ICU and hospital lengths of stay, and safety outcomes included central venous catheter-related complications (infection, thrombosis) or procedural related complications.
The results demonstrated that the developed tool can obtain a LP which possesses the desired cycle length and also satisfies safety requirements.
