Joining fillet

A fillet is a stagnant deposit of solids commonly found at the outside periphery of the bottom where it joins the tank. However, it could occur anywhere in the tank where the flow pattern is stagnant. Filleting is permitted, but no progressive fillet buildup is allowed. The reason is that it costs less to allow some solids to settle into fillets than to provide additional mixer horsepower to eliminate fillets. 

The technical drawings are created with the aid of geometrical elements available within the system. The following geometrical elements can be used points, straight lines, parallel lines, tangents, circles, arcs, fillets, ellipses, and elliptical arcs such as splines. Furthermore, equidistant lines may be created. Editing commands such as paste, delete, join, extend, trim, and orientation operations... 

For comer, fillet, or lap-welded joints, the thickness used shall be the thinner of the two parts being joined. 

Adhesives are designed for specific applications. For example, a honeycomb structure adhesive (requiring good filleting around the cells) would have different flow characteristics than one used for metal-to-metal joining. In addition, the type of stress (e.g., shear or peel) on the bonded area varies and will depend upon the design of the structure. 

Fillet—That portion of an adhesive that fills the corner or angle formed where two adherends are joined. The term for junction of the outer skin and inner core in honeycomb assemblies. 

FiUet weld A fillet weld is a weld that is approximately triangular in cross section that joins two surfaces at approximately right angles to each other. 

Fillet welds partial-penetration groove welds joining component elements of built-up members such as flange-to-web connections may be designed without regard to the tensile or compressive stress in these elements parallel to the axis of the welds. 

High-performance/high-temperature adhesives are developed, formulated, and applied according to their speciflc applications. For example an adhesive used to join honeycomb structure to face sheets has flow requirements that are different from one designed for metal-to-metal bonding. In honeycomb structures, the adhesive must flow sufficiently to form fillets at the honey comb cell/face sheet boundaries under relatively mild pressures. 

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