fillet joint

fillet joint

A sealant that serves as a draft bead, often triangular in section, when installed around window panes.
References in periodicals archive ?
Hypotheses and Procedure of Inverse Analysis in Fillet Joint. In principle, the welding distortion in a typical joint is mainly caused by four components of inherent deformations, namely, longitudinal shrinkage (Sxi), transverse shrinkage (Syi), longitudinal bending (dxi), and transverse bending (dyi).
Based on the above idea, 17 points on the fillet joint as shown in Figure 1 were selected.
where a{ represents the components of inherent deformation and a = {[a.sub.1], ..., [a.sub.4n]}, [F.sub.j]([a.sub.i]) is the deformation of fillet joint which is computed by the elastic FEM using the inherent deformation [a.sub.i], and [F.sup.m.sub.k] is the measured deformation.
Since the relationship between the inherent deformation [a.sub.i] and the deformation of the fillet joint [F.sub.j]([a.sub.i]) is nonlinear, therefore, the inherent deformation a{ cannot be determined from the measured value [F.sup.m.sub.j] by a single step.
Finite Element Model of Inverse Analysis in Fillet Joint. In the developed elastic FEM, four-node plate elements (shell element) are used to simulate welding deformation.
Using the center coordinates of the 17 holes measured before and after welding, the four components of the inherent deformations in fillet joint can be estimated by inverse analysis.
In order to obtain the inherent deformations in a fillet joint, an experimental mock-up was built up to measure the 3D coordinates at 17 locations in the fillet joint before and after welding.
Some 250 papers consider such topics as modeling and simulating a nonlinear combination disc-spring vibrator isolator for high-speed presses, thermal deformation in a dry gas seal, kerosene-based magnetic fluid used in magnetic fluid inclination sensor, the dynamic response of a mine rescue chamber under axial impact load, effects of surface relaxation on characteristics of nano-machined surface, applying constructed wetland technology in urban landscape designs, optimizing laser welding fillet joints using the response surface method, and the rural land transfer system.
Tenders are invited for Welding Of Butt And Fillet Joints For Yard No 3019
Scope of work of the project in the short term improve road safety along the Northern Highway Crete with direct measures of implementation - Restoring damage tarmac traffic and improve the skid resistance,- Restoration and completion of vertical signs (informational and regulatory signs that are damaged or missing)- Replacement plates speeding in BOAK,- Restoration and completion guardrails,- Renovation of pavement markings,- Placement oriodeikton and pavement reflectors (cat eyes) orizontiografikes closed curves,- Completion chiliometrodeikton (per km and 0,5 km),- Landscaping interventions to improve local visibility,- Cleaning and filling ditches stormwater runoff,- Deadlift local activation slope,- Replacement of the fillet joints of bridges damaged.