In crankshaft analysis, critical stress region is fillet area, so material optimization at fillet area is required. Analysis of the crankshaft is difficult due to complicated geometry and the complex torque imp
In subject area:Engineering Radial stress is the normal stress acting toward or away from the central axis of a cylinder. From:Unconventional Shale Gas Development,2022 Discover other topics Chapters and Articles You might find these chapters and articles relevant to this topic. ...
Strains in a concrete cylinder subjected to uniaxial compressive stress up to failure [1].Source: Properties of Concrete, Fourth Edition, A. M. Neville, Pearson Education Ltd. © A. M. Neville 1963, 1973, 1975, 1977, 1981, 1995. The point at which the axial stress–strain curve begins...
I have picked up "Roark's Formulas for Stress and Strain" and "Mechanical Vibrations" and have been unable to reach resolution on a particular problem. I am interested in the behavior of a uniform cylindrical shell (cylinder diameter >> wall thickness) rigidly clamped at both ends wherein.....
Hi, I'm trying to work out how much strain potential I can produce in a cylinder but I want to know how much is stored for any specific part of the cylinder. The problem then is this: I have a cylinder of original dimensions r and h, where h is the original height and r is the...
constrained root controls, no significant morphological change (elongation, diameter) was measured outside the gap zone. Inside the gap zone, outer cortex cells were compressed, the central cylinder was unaffected. Radial forces were increasing with time but no force levelling was observed even after...
In the LP turbine, the differential temperature between diaphragm and cylinder that has to be accommodated is much reduced. This, together with the need to provide some form of stop-plate for the top half-diaphragms, led to an alternative arrangement where, in the running condition, the top ...
foil butt each other, but is wound so that the one end 10a overlaps with the outside of the other end. In addition, the one end 10a is formed so as to extend in a tangential direction at a predetermined position of a cylinder which is formed of portions other than the one end 10a....
In this work, the natural modes of extensional motion of a porous cylinder with a stress-free impermeable radial surface is analyzed based on the dCS framework of poroelasticity. The conditions on the radial surface are taken as (i) vanishing the traction corresponding to the total sum of ...
the cylinder of the top foil, wherein the first end (10b) extending out in the tangential direction of the cylinder of the top foil engages with the engagement groove, and wherein the top foil is thinner at each of its ends (18) than it is at the intermediate portion between its ends...