| MT-COMP Revision 2.1.0 (January 2002) |
| 1. | The program has been updated to the latest ASME VIII Div.1 2001 Edition. |
| 2. | General revision of the tubesheets and expansion joint calculation according to the TEMA 8.th Edition 1999. |
| 3. | Calculation of the flange rigidity according to the section S-2 of ASME VIII Div.1 Appendix S. |
| 4. | The tables of bolts data for girth flanges calculation have been implemented until 4 inches bolts diameter. |
| 5. | Lap Joint flanges have been added to the program. |
| 6. | A control has been added to the calculation of flanges according to AD-MERKBLATT to check if the yield strength at the design temperature is equal to zero. In this case a warning message is sent to the user and the yield at room temperature is assumed. |
| 7. | The icon on the warning messages at the end of the calculation has been changed. |
| 8. | The nozzle program in check has been fixed to allow the reinforcing pad data visualization. |
| 9. | The calculation of the floating heads according to ASME and VSR has been revised to avoid convergence missing during the calculation. |
| 10. | Some warning messages related to the floating head have been revised to avoid misunderstanding. |
| 11. | A control has been added in the MAWP calculation of cones without knuckles and with half-apex angle greater than 30°. |
| 12. | The limit to the bolts size of 52 mm has been taken out from the floating head calculation. |
| 13. | The possibility of selecting the printer has been added in all the printouts. |
| 14. | 14. The drivers for the ESL device have been updated. |
| MT-EXCH Revision 2.1.0 (January 2002) |
| 1. | The program has been updated to the latest ASME VIII Div.1 2001 Edition. |
| 2. | General revision of the tubesheets and expansion joint calculation according to the TEMA 8.th Edition 1999. |
| 3. | Calculation of the flange rigidity according to the section S-2 of ASME VIII Div.1 Appendix S. |
| 4. | The tables of bolts data for girth flanges calculation have been implemented until 4 inches bolts diameter. |
| 5. | The allowable stress for AD-MERKBLATT calculated from the yield values specified in input has been fixed. |
| 6. | A control has been added to the calculation of flanges according to AD-MERKBLATT to check if the yield strength at the design temperature is equal to zero. In this case a warning message is sent to the user and the yield at room temperature is assumed. |
| 7. | The icon on the warning messages at the end of the calculation has been changed. |
| 8. | A bug in the opening of the screen of the nozzles without specifying the TEMA type has been fixed. |
| 9. | The printout of the user name in the heading of the calculation results has been fixed. |
| 10. | The material of the nozzles T5/T6 appearing in the Bill of Materials for exchangers TEMA types S/T has been corrected. |
| 11. | The calculation of the floating heads according to ASME and VSR has been revised to avoid convergence missing during the calculation. |
| 12. | The names of the revisions in the exchanger drawing have been blanked when the exchanger is saved with a different name. |
| 13. | The call to AUTOCAD 2000 has been added to the configuration mask. |
| 14. | The Bill of Materials has been fixed for formed heads with axis nozzle. |
| 15. | The knuckle radius specified in input for elliptical and torispherical heads has been fixed. |
| 16. | The limit to the bolts size of 52 mm has been taken out from the floating head calculation. |
| 17. | Type and size of stiffening rings have been corrected in the exchanger output results. |
| 18. | The input data related to calculation conditions of tubesheets have been fixed. |
| 19. | The scale factors in the drawing have been implemented to allow the drawing of exchangers longer than 20 m. |
| 20. | The possibility of selecting the printer has been added in all the printouts provided in the exchangers results. |
| 21. | The corrosion management in the tubesheet has been modified in order to allow the specification of the corrosion both in the shell side and in the tube side. |
| 22. | The corrosion management in the floating cover has been modified in order to allow the specification of the corrosion both in the shell side and in the tube side. |
| 23. | The drivers for the ESL device have been updated. |