Shell and Tube Heat Exchanger Design is a comprehensive application that allows you to test and analyze the performance and rating calculations of shell/heat exchangers. The program allows you to estimate and design the required installations, based on chemical properties of the raw materials you use. Step by step project analysis Shell and Tube Heat Exchanger Design allows you to work with existing projects, as well as with new sheets, in Design or Rating mode. Moreover, it offers support for both S.I. Units and English (U.S.) units of measurement. The values may be manually entered in the project configuration or loaded from *.xml and *.xls or *.xlsx files. The results are generated and exported to data sheets or as PDFs. One of the software’s notable features is the wizard-like structure, which allows you to calculate the results for each step of the process. Moreover, the program can indicate the areas where the results exceed the regular limits so that you may avoid errors in further steps. Calculate parameters and estimate results Shell and Tube Heat Exchanger Design can automate several calculations, but it also allows you to switch to manual measurement configuration. The Design projects feature 14 steps while, in the Rating mode the process takes eight stages. You can specify the materials used for the Shell Side (hot element) and the Tube Side (cold instance). You may calculate the overall heat transfer coefficient, mean temperature difference and other physical parameters, such as heat transfer area, number of tubes or shell diameters. Quickly consult databases of constant values Shell and Tube Heat Exchanger Design allows you to determine the most suitable material for constructing the shell and tubes, based on the heat transfer and conductivity. Moreover, you can calculate the pressure drop using one of the algorithms and establish the shape of the elements. The program also offers databases of coefficients, such as film heat transfer for various materials or thermal conductivity.
Shell and Tube Heat Exchanger Design is the ideal solution to accurately analyze the performance and calculation results for a Shell and Tube Heat Exchanger. The program is ideal for chemical engineers, general engineers, as well as for plant engineers, who wish to analyze the results of heat exchangers for energy production or for the chemical industry. The program features: · Shell and Tube Heat Exchanger Design Mode, for analyzing existing projects · Download of project data in *.xml or *.xls or *.xlsx format · Import of the project data from the *.xml or *.xls or *.xlsx format · Analysis of the Shell Side and Tube Side, from hot to cold, as well as the interface between them · Analysis of the number of tubes · Calculation of the heat transfer area and type of element shape · Calculation of the heat transfer coefficient · Calculation of the gas or steam heat transfer · Display of the results in graphs · Calculation of the pressure drop and interface between the two sides · Calculation of the thermal conductivity · Calculation of the water conductivity and the interface between the two sides · Calculation of the heat transfer area, pipe-type and heat transfer area per tube · Calculation of the tube length · Display of the results in the three-dimensional model Shell and Tube Heat Exchanger Design Specifications: Shell and Tube Heat Exchanger Design is an ideal solution for analyzing the results of a Shell and Tube Heat Exchanger. Shell and Tube Heat Exchanger Design allows you to analyze and calculate the results for existing projects, as well as for new ones. You can import the project data from *.xml, *.xls, or *.xlsx files or from the design interface. The program calculates: · The heat transfer area and the number of tubes · The heat transfer coefficient, heat transfer area and type of elements · The thermal conductivity and thermal conductivity interface between the shell side and the tube side · The interface between the two sides of the heat exchanger · The pressure drop · Calculation of the heat transfer area and tube length · Calculation of the tube type and the heat transfer area per tube · Calculation of the pipe type · Calculation of the heat transfer area · Calculation of the heat transfer coefficient and interface between the shell side and the tube side Shell and Tube Heat Exchanger Design System
- Shell and Tube Heat Exchanger Design - Over 50 years of experience in the design of heat exchangers - The most up to date information on materials and their properties - Options for high, medium and low rate of heat transfer - Design both S.I. units and English (U.S.) units of measurement - Wizard-like structure that allows you to calculate the results for each step of the process - Transitional environment - Supports other units of measurement (mm, m, km, m, g) Shell and Tube Heat Exchanger Design is a comprehensive application that allows you to test and analyze the performance and rating calculations of shell/heat exchangers. The program allows you to estimate and design the required installations, based on chemical properties of the raw materials you use. Step by step project analysis Shell and Tube Heat Exchanger Design allows you to work with existing projects, as well as with new sheets, in Design or Rating mode. Moreover, it offers support for both S.I. Units and English (U.S.) units of measurement. The values may be manually entered in the project configuration or loaded from *.xml and *.xls or *.xlsx files. The results are generated and exported to data sheets or as PDFs. One of the software’s notable features is the wizard-like structure, which allows you to calculate the results for each step of the process. Moreover, the program can indicate the areas where the results exceed the regular limits so that you may avoid errors in further steps. Calculate parameters and estimate results Shell and Tube Heat Exchanger Design can automate several calculations, but it also allows you to switch to manual measurement configuration. The Design projects feature 14 steps while, in the Rating mode the process takes eight stages. You can specify the materials used for the Shell Side (hot element) and the Tube Side (cold instance). You may calculate the overall heat transfer coefficient, mean temperature difference and other physical parameters, such as heat transfer area, number of tubes or shell diameters. Quickly consult databases of constant values Shell and Tube Heat Exchanger Design allows you to determine the most suitable material for constructing the shell and tubes, based on the heat transfer and conductivity. Moreover, you can calculate the pressure drop using one of the algorithms and establish the shape of the elements. The program also offers databases of coefficients, such as film heat transfer for various materials or thermal conductivity. KEY 2edc1e01e8
Shell and Tube Heat Exchanger Design is an application designed for calculating the number of shell and tube heat exchangers. The user may work with existing projects or design a new project from scratch. In the modeling process, you may specify the materials used for the hot element and the cold material. Then, you may calculate the heat transfer coefficient, thermal and conductive conductivity, pressure drop and others. You may design the number of shell and tube elements, their shape, shell and tube inner diameters, types of the hot and cold materials and so on. The program allows you to calculate various physical parameters of the elements, such as the overall heat transfer coefficient, mean temperature difference and others. Dolores has been a member of AI for over 40 years, however she is not affiliated with AI. The Dolores Software Name is a registered trademark of AI. Ratings and Reviews 4.5 out of 5 39 Ratings 39 Ratings It does what it says on the tin 11/25/2017 I have never used a HHE simulator before. I'm no expert on HHE, but I know enough to know that this thing is a godsend. I found the first half a little confusing, but once I understood how it worked, I realized that it was well worth the money. The program itself seems to have been fully updated and is a lot more intuitive than the older version. You can input your own data (or copy from excel or access if you have a license for that) instead of loading it into the app, which is an extra time saver. As I understand it you can then save a project which can be opened again and continue to tweak it as you wish. One problem I have encountered is that when the program has created a project it doesn't always give an error message. The error seems to lie with the heat transfer coefficient calculation. The program will try to calculate a value for the heat transfer coefficient. The app then states that "We need a better answer to work with". I would expect it to just spit out the answer, but instead it just stops. I'll need to work on that one. It does what it says on the tin 11/25/2017 I have never used a HHE simulator before. I'm no expert on HHE, but I know enough to know that this thing is a godsend. I found the first half a little confusing, but once I understood how
Shell and Tube Heat Exchanger Design is a comprehensive application that allows you to test and analyze the performance and rating calculations of shell/heat exchangers. The program allows you to estimate and design the required installations, based on chemical properties of the raw materials you use. Step by step project analysis Shell and Tube Heat Exchanger Design allows you to work with existing projects, as well as with new sheets, in Design or Rating mode. Moreover, it offers support for both S.I. Units and English (U.S.) units of measurement. The values may be manually entered in the project configuration or loaded from *.xml and *.xls or *.xlsx files. The results are generated and exported to data sheets or as PDFs. One of the software’s notable features is the wizard-like structure, which allows you to calculate the results for each step of the process. Moreover, the program can indicate the areas where the results exceed the regular limits so that you may avoid errors in further steps. Calculate parameters and estimate results Shell and Tube Heat Exchanger Design can automate several calculations, but it also allows you to switch to manual measurement configuration. The Design projects feature 14 steps while, in the Rating mode the process takes eight stages. You can specify the materials used for the Shell Side (hot element) and the Tube Side (cold instance). You may calculate the overall heat transfer coefficient, mean temperature difference and other physical parameters, such as heat transfer area, number of tubes or shell diameters. Quickly consult databases of constant values Shell and Tube Heat Exchanger Design allows you to determine the most suitable material for constructing the shell and tubes, based on the heat transfer and conductivity. Moreover, you can calculate the pressure drop using one of the algorithms and establish the shape of the elements. The program also offers databases of coefficients, such as film heat transfer for various materials or thermal conductivity. Shell and Tube Heat Exchanger Design is a comprehensive application that allows you to test and analyze the performance and rating calculations of shell/heat exchangers. The program allows you to estimate and design the required installations, based on chemical properties of the raw materials you use. Step by step project analysis Shell and Tube Heat Exchanger Design allows you to work with existing projects, as well as with new sheets, in Design or Rating mode. Moreover, it offers support for both S.I. Units and English (U.S.) units of measurement. The values may be manually entered in the project configuration or loaded from *.xml and *.xls or *.xlsx files. The results are generated and exported to data sheets or as PDFs. One of the software’s notable features is the wizard-like structure, which allows you to calculate the results for each step of the process. Moreover, the program can indicate the
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