Articoli correlati a 压力容器设计制 ...
- ISBN 10 7111397053
- ISBN 13 9787111397052
- RilegaturaBroché
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From the campus to the workplace: the pressure vessel design and manufacture of entry and proficient(Chinese Edition)
ISBN 10: 7111397053
ISBN 13: 9787111397052
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Descrizione libro paperback. Condizione: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: December 2012 Publisher: Machinery Industry Press : pressure vessel design and manufacture of entry and proficient for beginners pressure vessel design features. a more detailed description of the pressure vessel from the structural form selection. design parameters from the campus to the workplace determined. as well as common norms. standards to be followed by the pressure vessel design. material selection. design of the pressure vessel calculated on the basis of design by the rules are involved in many aspects and proper introduction of domestic and international pressure vessel analysis and design ideas and method. More in-depth understanding of the pressure vessel design work. devoted to the content of the common parts of the pressure vessel manufacturing. testing methods and process steps for beginners. Contents: Preface Message just university graduates to work in the first chapter of the pressure vessel profile 1.1 pressure container basics 1.2 Pressure Vessel Safety 1.3 pressure vessel classification the basic structure of the pressure vessel of 1.4. the basic structure of the basic technical parameters 1.4.1 Pressure Vessels 1.4 .2 pressure vessel basic technical parameters 1.5 pressure vessel standard system 1.5.1 EU pressure vessel standard system 1.5.2 the pressure vessel of the United States standard system and the main criteria introduced 1.5.3 of the pressure vessel standard system and the main criteria introduced 2 Chapter pressure vessel with materials 2.1 Materials used mechanical performance 2.1.1 of metallic materials at room temperature. the short-term mechanical properties under static loading 2.1.2 temperature on the mechanical properties of 2.1.3 metal notched impact test 2.1.4 Hardness test and bending test basic organizational 2.3.2 2.2 Materials other performance 2.2.1 physical properties 2.2.2 Chemical properties 2.2.3 processing performance 2.3 pressure vessel steel 2.3.1 iron-carbon alloy grades of steel and alloy products and digital code the preparation 2.3.5 2.3.3 classification of carbon steel and Performance 2.3.4 low alloy steel and high-alloy steel pressure vessel steel main varieties 2.3.6 major domestic pressure vessel steel and the corresponding standard 2.4 steel heat treatment process the 2.5 pressure vessel 2.5.2 of aluminum and aluminum alloy with other metallic materials 2.5.1 Copper and Copper Alloys film stress and stress analysis of the strength and design of thin-walled container 3.1 rotary casing pressure 2.5.3 titanium and titanium alloy Chapter 3 3.2.1 Overview 3.2.2 circular plate bending stress in 3.1.1 revolving shell. the basic concept of 3.1.2 rotary thin-walled shell without torque theory 3.1.3 application conditions of the moment theory 3.1.4 edge stress 3.2 round tablet axisymmetric bending internal force analysis 3.2.3 circular plate axisymmetric bending deformation analysis 3.2.4 physical equation 3.2.5 circular plate axisymmetric bending deflection differential equation 3.2.6 uniform circular plate under load stress and deformation of 3.3 strength Description and strength theory. failure in the form of strength design. verification methods 3.3.1 Pressure Vessels 3.3.2 Pressure Vessels strength failure criteria 3.3.3 design methods and intensity theory 3.3.4 strength calculation and checking methods 3.3.5 Design Parameters determine the shell thickness of the pressure cylinder and the internal pressure within the pressure cylinder and the internal pressure within the spherical shell 3.4.1 3.4 3.5 determine 3.4.2 Strength Check pressure seal head 3.5.1 convex head 3.5.2 tapered the critical pressure of the pressure vessel cover Chapter 4 external pressure vessel head 3.5.3 Ping stability 4.1 stable concepts 4.1.1 external pressure vessel failure 4.1.2 External Pressure Vessels instability 4.1.3 4.2 external pressure the circumferential direction of the c. Codice articolo NE045093
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