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Htri Xist Manual Model
Онлайн инструкция (в печатном варианте) по расчету кожухотрубчатых теплообмеников в программе HTRI Xist
5.0. Инструкция на английском языке!Heat Transfer Research, Inc. 2006, 362 стр.
150 Venture Drive, College Station, Texas 77845 USA
©Heat Transfer Research, Inc.Xist - один из модулей пакета HTRI.Overview
Xist models most shell-and-tube heat exchangers when you specify geometry, process conditions, and fluid physical properties. From this information, Xist predicts thermal (heat transfer coefficients, duty) and hydraulic (pressure drop) performance of the exchanger. Xist also lets you know if the specified exchanger is too small or too large for the specified process conditions.Краткий обзор
Xist - модуль для расчета кожухотрубчатых теплообмеников, для которых вы задаете геометрию, технические параметры и свойства теплоносителей. Исходя из этой информации Xist прогнозирует тепловую нагрузку (коэффициент теплопередачи, производительность) и гидравлику (перепад давления). Xist также позволяет вам узнать, является ли данный теплообменник слишком маленьким или наоборот слишком большим для заданных вами условий, иными словами, хватает ли поверхности теплообмена для нагрева/охлаждения продукта или теплообменник выбран с большим запасом.-
Heat Transfer Research, Inc. (HTRI), the global leader in process heat transfer and heat exchanger technology, was founded in 1962. Today our industrial research and development consortium serves the engineering needs of over 600 companies in more than 45 countries.
We conduct application-oriented research on pilot-scale equipment at our research facility. HTRI staff use this proprietary research data to develop methods and software for the thermal design and analysis of heat exchangers and fired heaters.
In addition to research data and software, we provide technical support and offer training, consulting, and contract services to both members and non-member companies.
Our expertise and dedication to excellence assure our customers of a distinct competitive advantage and a high level of operating confidence in equipment designed with our technology.
5.0. Инструкция на английском языке!Heat Transfer Research, Inc. 2006, 362 стр.
150 Venture Drive, College Station, Texas 77845 USA
©Heat Transfer Research, Inc.Xist - один из модулей пакета HTRI.Overview
Xist models most shell-and-tube heat exchangers when you specify geometry, process conditions, and fluid physical properties. From this information, Xist predicts thermal (heat transfer coefficients, duty) and hydraulic (pressure drop) performance of the exchanger. Xist also lets you know if the specified exchanger is too small or too large for the specified process conditions.Краткий обзор
Xist - модуль для расчета кожухотрубчатых теплообмеников, для которых вы задаете геометрию, технические параметры и свойства теплоносителей. Исходя из этой информации Xist прогнозирует тепловую нагрузку (коэффициент теплопередачи, производительность) и гидравлику (перепад давления). Xist также позволяет вам узнать, является ли данный теплообменник слишком маленьким или наоборот слишком большим для заданных вами условий, иными словами, хватает ли поверхности теплообмена для нагрева/охлаждения продукта или теплообменник выбран с большим запасом.-
Heat Transfer Research, Inc. (HTRI), the global leader in process heat transfer and heat exchanger technology, was founded in 1962. Today our industrial research and development consortium serves the engineering needs of over 600 companies in more than 45 countries.
We conduct application-oriented research on pilot-scale equipment at our research facility. HTRI staff use this proprietary research data to develop methods and software for the thermal design and analysis of heat exchangers and fired heaters.
In addition to research data and software, we provide technical support and offer training, consulting, and contract services to both members and non-member companies.
Our expertise and dedication to excellence assure our customers of a distinct competitive advantage and a high level of operating confidence in equipment designed with our technology.
11-12-2009, 07:05 AM
Htri Xist Manual Transmission
Guys,
A forum fellow, who is new to HTRI, asked me a question (in personal message) regarding an issue. I got an idea that we should start a new thread for such questions. So that others can also get benefit of such discussion. I'm also a learner of HTRI, so it would be beneficial for me as well.
So here is the 1st question I got from joly165
I have a query. For the first time I'm designing a heat exchanger, I'm using HTRI software v 5.0 and then run the program I get the following warning:
'THE PHYSICAL PROPERTIES OF THE HOT FLUID HAVE BEEN EXTRAPOLATED BEYOND THE VALID TEMPERATURE RANGE. CHECK CALCULATED VALUES'
' AN INTERNAL TEMPERATURE CROSS EXISTS IN HE EXCHANGER. THE PROGRAM HANDLES THE REVERSE HEAT FLOW PROPERLY IN THE CALCULATIONS, BUT YOU MAY WANT TO CONSIDER CHANGING THE TERMINAL PROCESS CONDITIONS TO AVOID THE INTERNAL TEMPERATURE CROSS'
I would like to know how to avoid crossing temperature, so I would not get this warning again...
A forum fellow, who is new to HTRI, asked me a question (in personal message) regarding an issue. I got an idea that we should start a new thread for such questions. So that others can also get benefit of such discussion. I'm also a learner of HTRI, so it would be beneficial for me as well.
So here is the 1st question I got from joly165
I have a query. For the first time I'm designing a heat exchanger, I'm using HTRI software v 5.0 and then run the program I get the following warning:
'THE PHYSICAL PROPERTIES OF THE HOT FLUID HAVE BEEN EXTRAPOLATED BEYOND THE VALID TEMPERATURE RANGE. CHECK CALCULATED VALUES'
' AN INTERNAL TEMPERATURE CROSS EXISTS IN HE EXCHANGER. THE PROGRAM HANDLES THE REVERSE HEAT FLOW PROPERLY IN THE CALCULATIONS, BUT YOU MAY WANT TO CONSIDER CHANGING THE TERMINAL PROCESS CONDITIONS TO AVOID THE INTERNAL TEMPERATURE CROSS'
I would like to know how to avoid crossing temperature, so I would not get this warning again...