Sentence examples for section joint from inspiring English sources
The section "Joint effects" investigates joint effects.
As a case study, the fatigue life prediction of a rectangular hollow section joint using a new structural stress method is presented in this paper.
In Section Joint bandwidth and power allocation with hybrid relaying protocol, joint bandwidth and power allocation with the hybrid relaying protocol is formulated.
To develop a further understanding, parametric studies were performed, varying the span-to-thickness ratio, height-to-span ratio, ring, member section, joint bending behaviour, joint stiffness model, material property, load distribution, support condition and initial geometric imperfection.
The authors employed this equilibrium-equivalent structural stress method for a competition organized by the SAE Fatigue Design & Evaluation (FD&E) Committee to predict the fatigue life of a rectangular hollow section joint.
Next, building on these power control algorithms, we develop in Section "Joint scheduling and power control for stability of queueing systems" a joint scheduling and power allocation policy to stabilize queueing systems.
This makes the section more plastic, so reducing the buckling problem suffered by other reduced section joints.
This paper presents the results of an experimental study of square hollow section joints subject to in-plane bending moment.
The chapter reviews some of the research recently carried out on hollow section joints, for example, rectangular hollow section (RHS -overlap joints, ciRHS -overlapw section (CHS)-joints with thicirculard chollow the influence of chord sectionon the joint strength, and the effeCHS -jointsening by CHS -jointsdoubler plates on the strength of thin-withed joints.
The load capacity equations for structural hollow section joints given in design guidance documents are frequently based on the yield line theory.
This is in contradiction with rectangular hollow section joints for which the chord load function is based on the maximum chord load.
