Design dimension

The most important design dimensions of a thickener are pool area and depth. The pool area is chosen to be the largest of the three layer requirements. In most cases, only the zone-settling and compression layer requirements need to be considered. However, if the clarity of the overflow is critical, the clarification zone may need the largest area. As to the pool depth, only the compression layer has a depth requirement because the concentration of the soHds in the underflow is largely deterrnined by the time detention and sometimes by the static pressure. Thickness of the other two layers is governed only by practical considerations. 

First part qualification. First part qualification is a process performed the first time a new bonded assembly is manufactured or the first time a new tool is used to manufacture a bonded assembly. First part qualification provides assurance that all of the aspects that control bond assembly quality, such as the design dimensions, detail part manufacturing techniques, tool dimensions, layup procedures and autoclave cure cycle parameters are correct and will produce a bond assembly that meets the engineering requirements. 

Equipment positioning Ductwork and pipeline design Dimensioning... 

The certification of disk performance is to be based on actual bursting tests of two or more disks from a lot of the same material of the exact same size as the disk to be sold by the manufacturer. The holder for the test disks must be identical to the design, dimensions, etc., for the disk being certified. (See details ASME code. Par. UG-127 [1]). 

Roller Chain. Table 3-18 gives the typical service factor for roller chain drives [5], Table 3-19 gives the basic roller chain design dimensions for ANSI standard roller chains by ANSI chain number [14]. 

Technical Drawings—Dimensioning-General Principles, Definitions, Methods of Execution, and Special Indications Pipe Threads Where Pressure-Tight Joints are Not Made on the Threads—Part I Designation, Dimensions and Tolerances ... 

ISO 228-1, Pipe threads where pressure-tight Joints are not made on the threads — Part 1 Designation, dimensions and tolerances. 

The process engineering tasks are classified according to the product groups for which they are used. There are four main areas material mixing, material separation, reaction, and phase transformation. The common factor of all the processes in Table 2.1 is of course the high-viscosity phase and consequendy the specific difficulties of the machinery (technical design, dimensioning with respect to forces, torques, drive power, pressures). 

F. Vogtle, Dendrimers III Design, Dimension, Function, 212 Topics in Current Chemistry, Springer, Berlin, 2001. 

Design Dimensioning with Computer Graphics Applications, Jerome C. Lange... 

Locality Position Designation Dimension [m] Surface Aream2... 

Vogtle,F. Ed. Dendrimers - III Design, Dimension, Function Topics in Current Chemistry Springer Berlin, 2001 Vol. 212. 

Applicator design Dimensions and geometry Size and shape of vaginal cavity... 

Damage to vaginal mucosa Applicator design Dimensions and geometry of delivery... 

Principal design dimension (hltering, heat transfer, on screening area, conveyor length, etc.) ... 

Fig. 8.9 W Densimet 1 75 tool used to process as-cast NiAl bronze, (b) Miniature tensile sample design (dimensions in millimeters (c) Schematic representation of the distribution of tensile coupons in a stir zone (SZ). (d) Transverse section of the SZ for...

Step 1 Select those anthropometric measures that directly relate to defined design dimensions. Example hand length related to handle size. 

The type of interface is largely determined by who is going to use it and for what piupose. Therefore, the fifth design dimension is the decision of who the system is for. In the case of pregnancy monitoring, the system is used by both caregivers and parents, especially the mother to be. Moreover, the interface between the user and the system also includes the wearable itself, as it is in direct contact with the skin of the future mother. 

Fig. 3 (a) Setting tools for the machining of a design dimension (D) with its given tolerance IT(D). The manufactured dimension (C) with its tolerance IT(C), here equal to rr(D), can only be obtained when the machine dimension (L) stays in a tolerance interval of IT(C-e), where e is the positioning tolerance of the part in its jig (Halevi and Weill 1995) (b) Engine example nominal and tolerance zone (Latombe et al. 1997)... 

I (1) For the purposesof 393.11, the term overall width refers to the nominal design dimension of the widest part of the vehicle, exclusive of the signal lamps, marker lamps, outside rearview mirrors, flexible fender extensions, and mud flaps. 

Table 6-9 gives some information on design, dimension estimates and operation of PSE and STE. 

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