TEMA Standards 9th Edition - Tubular Exchanger Manufacturers Association

By TEMA

Pages: 296

Year: 2007
TEMA 9th Edition of the Standards of the Tubular Exchanger Manufacturers Association (TEMA) The 9th Edition retains the useful data and features found in the Eighth Edition plus many clarifications and innovations. Several helpful recommendations received from manufacturers, users, the American Petroleum Institute (API) and the American Society of Mechanical Engineers (ASME) were incorporated. Some noteworthy features of the Ninth Edition include:

* New rules for flexible shell elements (expansion joints), which are based on a Finite Element Analysis (FEA) approach Tables for tube hole drilling have been expanded to 3” diameter tubes
* Guidelines for performing Finite Element Analysis (FEA) had been added Rules for the design of shell intersections (with large nozzle to cylinder ratios) subjected to pressure and external loadings have been added Foreign material cross-reference linking material specifications from various international codes has been added Rules for the design of longitudinal baffles have been added



* NOMENCLATURE
* Size Numbering and Type Designation—Recommended Practice
* Nomenclature of Heat Exchanger Components
* FABRICATION TOLERANCES
* External Dimensions, Nozzle and Support Locations
* Recommended Fabrication Tolerances
* Tubesheets, Partitions, Covers, and Flanges
* Flange Face Imperfections
* GENERAL FABRICATION AND PERFORMANCE INFORMATION
* Shop Operation
* Inspection
* Nameplates
* Drawings and ASME Code Data Reports
* Guarantees
* Preparation of Heat Exchangers for Shipment
* General Construction Features of TEMA Standard Heat Exchangers
* INSTALLATION, OPERATION, AND MAINTENANCE
* Performance of Heat Exchangers
* Installation of Heat Exchangers
* Operation of Heat Exchangers
* Maintenance of Heat Exchangers
* MECHANICAL STANDARD TEMA CLASS RCB HEAT EXCHANGERS
* Scope and General Requirements
* Tubes
* Shells and Shell Covers
* Baffles and Support Plates
* Floating End Construction
* Gaskets
* Tubesheets
* Flexible Shell Elements
* Channels, Covers, and Bonnets
* Nozzles
* End Flanges and Bolting
* FLOW INDUCED VIBRATION
* Scope and General
* Vibration Damage Patterns
* Failure Regions
* Dimensionless Numbers
* Natural Frequency
* Axial Tube Stress
* Effective Tube Mass
* Damping
*
* FLOW INDUCED VIBRATION
* Shell Side Velocity Distribution
* Estimate of Critical Flow Velocity
* Vibration Amplitude
* Acoustic Vibration
* Design Considerations
* Selected References
* THERMAL RELATIONS
* Scope and Basic Relations
* Fouling
* Fluid Temperature Relations
* Mean Metal Temperatures of Shell and Tubes
* PHYSICAL PROPERTIES OF FLUIDS
* Fluid Density
* Specific Heat
* Heat *******
* Thermal Conductivity
* Viscosity
* Critical Properties
* Properties of Gas and Vapor Mixtures
* Selected References
* GENERAL INFORMATION
* RECOMMENDED GOOD PRACTICE
* Horizontal Vessel Supports
* Vertical Vessel Supports
* Lifting Lugs
* Wind and Seismic Design
* Plugging Tubes in Tube Bundles
* Entrance and Exit Areas
* Tubesheets
* Nozzles
* End Flanges and Bolting
* Finite Element Analysis Guidelines
* Fouling

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