Design Code terminology

The hierarchical categorisation of different connections illustrated in Figure 5.1 of the EUROCOMP Design Code forms the basis of how the connection design part has been structured. It also defines the basic terminology used on each hierarchical level. 

Various design codes and guidelines, including European and US codes, suggest the use of both linear and nonlinear methods of analysis. Nonlinear methods are beyond the scope of this entry, while linear methods are based on response spectmm modal analysis and on a simphfied method that considers only the first mode of response. According to the terminology of... 

Temper. The system for designating material condition, whether the product form is strip, rod, or wine, is defined in ASTM Recommended Practice B601 (1). The ASTM system uses an alpha-numeric code for each of the standard temper designations. This system replaces the historical terminology of half hard, hard, spring, etc. Table 3 summarizes temper designations. 

Correct SRV sizing, selection, manufacture, assembly, testing, installation and maintenance as described in this book are all critical for the optimal protection of the pressure vessel, system, property and life. This book explains the fundamental terminology, design and codes to allow most engineers to make the correct decisions in applying SRVs in the process industry and to improve the safety to higher levels. 

Unfortunately, the terminology used in this field does not correspond to the designations used for the antibody structure, e.g., the V genes do not correspond to the complete V domain and the J genes do not code for the J chains. 

This procedure is for the wind design of vessels and their supports in accordance with the Uniform Building Code (UBC). This procedure to the UBC is basically the same as that outlined in the previous procedure for ASCE 7-9.5. There is a difference in the terminology used and the values of the tables, but the process is identical. In addition, UBC, Section 1615, states that structures sensitive to dynamic effects, such as buildings with a height-to-width ratio greater than five. 

The coding system shall help to define the bioresources place in the chain, to design and evaluate utilization options, as well as to work sector-comprehensive and sectorconnecting. It can be built on existing coding systems. Some sectors connected with bioresources have already terminologies and classification systems, which are adjusted to the primary goal of the respective sector. 

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