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Design tools Types

Ultrasonic (processes) Process which utilizes specially designed tooling usually vibrating at 15-80 KHz. Processes are designed to cause localized heating of thermoplastic materials which, in turn, will provide some type of welded or fused joint. Benefits are elimination of fillers and minimized heat stress on surrounding materials. [Pg.627]

A good document takes one issue at a time, and each type will be involved in more than one issue. For this reason, 00 analysis and design tools usually support the idea that each type or action may make an appearance in more than one drawing. This means that anyone wanting a full understanding of a type must search out all its appearances or, better still, get the tool to show the type s definition in full. [Pg.216]

In the production of a hydrophilic polyurethane, the choice of surfactant or emulsifying agent is the design tool of choice to develop a specific type of cell structure. While flow-through is not an important factor for hydrophilic polyurethanes, control of the cell structure in composites based on use provides an opportunity to develop multiples of the surface area in standard reticulated foams. [Pg.61]

COMPACTION SIMULATOR ANCILLARY FEATURES Tooling Types and Design... [Pg.464]

Materials and lighting are design tools. There are three types of physically definable material properties - optical properties, physical form, and temporal properties. Optical properties include tight distribution occurring over the surface and within the depth of the material as well as reflectance, transmission,... [Pg.15]

In this chapter, we will explore the factors that impact the transportation of goods and the different tools and techniques that the industrial engineer can apply in the development of effective transportation networks and systems to reduce or minimize costs, improve cycle time, and reduce service failures. A similar but inherently different aspect of transportation is that of transporting people. Although this chapter is concerned with the transportation of goods, the industrial engineer also plays an important role in designing these types of systems. [Pg.788]

The existence of a database is an important requirement. Without a database all the necessary data need to be typed in each time the system is used. The database should allow the user to store specifications of materials, plies, laminates, structural elements, and loading conditions. In addition, it should allow the user to store results achieved with analysis/design tools. The possibility to create directories and subdirectories for different projects, subsystems and parts should be available. [Pg.384]

The case study highlighted that a single application was not enough to efficiently support complex collaborative scenarios, especially for industrial applications. It means that different types of co-design tools need to be adopted and single applications require to be integrated in a common environment. [Pg.188]

The mass- and energy-based indicators help to identify process alternatives for which sustainability metrics, environmental impact factors, as well as inherent safety indices can be estimated. The goal here is to optimize the process so that there is improvement in all these metrics with respect to the base case design. The application of the methodology requires a combination of tools ranging from databases to process simulation software (such as Aspen , Hypro , Sim Sci , etc.), to computational routines for various types of indicators and process synthesis/design tools. [Pg.16]

Understanding the effects of the process on the part is essential in making successful products. Specific information in this area is usually available from the processor who has experience with a wide variety of parts and knows the type of problems that have been encountered in the past. Because of the complexities of the materials and the effects of the processing on the materials, this is an area where predictability based on scientific data is limited and experience is desirable. Successful products will result from close cooperation between designer, tool designer, moldmaker, and processor to arrive at design compromises that make the part acceptable and producible at an economical price. [Pg.233]

Within the scope of the research on the stability of open slope revetments, much knowledge has been developed about the stability of rock under wave and current load and stability of placed (pitched) stone revetments under wave load. Until recently, no or unsatisfactory design tools were available for a number of other (open) types of revetment and for other stability aspects. This is why the design methodology for placed block revetments has recently been extended in applicability by means of a number of desk-studies for other (open) revetments ... [Pg.479]


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See also in sourсe #XX -- [ Pg.5 , Pg.6 , Pg.7 , Pg.8 , Pg.9 , Pg.9 , Pg.10 , Pg.11 , Pg.12 , Pg.13 , Pg.14 ]




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