Applied flow technology aft titan 4 0
Author: B | 2025-04-24
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Summit Evolution v7.7 2020Cadence Digital Design Implementation (DDI) System ™ Release v22.10.000 LinuxCadence VERISIUM MANAGER(VMANAGER) v22.09.001 LinuxEIVA NaviSuite NaviScan v9.7.1Flownex Simulation Environment 2022 Update 1 v8.14.1.4845 Win64 Siemens.Mastertrim.15.2.1.Catia.V5R27-31.Win64 Siemens.Mastertrim.15.2.1.NX.12.0-2007.Series.Win64 Cadence INNOVUS v21.15.000 ISR5 Linux Leica Hexagon MinePlan (ex. MineSight ) 2022 Release 4 Win64Lighting.Analysts.AGi32.2022.v20.9.9.0Lighting.Analysts.Photometric.Toolbox.2022.v2.12.1 Lighting.Photometric.Power.Tools.2022.v1.8.0MVTec Halcon v22.05 NetCAD.GIS.Pro.2022.v8.5.3.1063 StruSoft FEM-Design Suite 21.00.005 Win64Cadenc PAS v3.5 Linux Cadenc EMX INTEGRAND v6.3.10 Linux CST STUDIO SUITE 2023.01 SP1 Win64 Keil MDK v5.38 + DFPSynopsys Hspice vT-2022.06-1 WindowsLinux64 Applied Imagery Quick Terrain Modeller v8.4.0 Win64 Autodesk Inventor Nesting 2023 Win64 AVL List GMbH AVL Simulation Suite 2022 R2 Build 248 Win64 Petrel and Studio 2022.2Dlubal COMPOSITE-BEAM 8.30.01 Win64 Dlubal CRANEWAY v8.30.01 Win64 Dlubal PLATE-BUCKLING v8.30.01 Win64Dlubal RFEM v5.30.01 Win64 Dlubal RSTAB v8.30.01 Win64 Dlubal RX-TIMBER 2.30.01 Win64 Dlubal SHAPE-MASSIVE v6.79.01 Win32 Dlubal SHAPE-THIN v9.09.01 Win64supermap GIS 9D 10iApplied Flow Technology (AFT) ImpFullz v9.0.1108 Build 2022.11.11 Dassault Systemes DraftSight Enterprise Plus 2023 SP0 Win64Geomedia Covadis v17.0fMicrowind v3.8.1.1
Applied Flow Technology – AFT Titan 4.0
Flow through these arms must be suddenly halted by closing a sequence of valves, opening vent valves, and tripping transfer pumps. The sudden deceleration of flow results in pressure surge, potentially exceeding pipe design pressures and causing extreme pipe stress, further worsening an emergency. See how a research team at Lamar University evaluated the surge results from an LNG loading emergency shutdown. AFT Arrow Ensures Proper Fan Sizing in Nitrogen Closed Loop General Facility Fan Sizing 2022 - L&T Technology Services, was tasked with optimizing the fan hydraulics of a nitrogen closed loop in Frankfurt, Germany. The nitrogen loop is used to dry a slurry mixture, picking up process vapors and traces of solids in the process. By testing the selected fan across many different operating speeds, conditions, and requirements, engineers were able to develop a robust system approach to the engineering design without a massive manhour investment to analyze the complicated network. AFT Impulse Confirms Data Center Surge Safety After Importing 1000+ Pipe HVAC Systems General Facility HVAC 2022 - Protton Synergy engineers were tasked with evaluating the surge potential of 9 HVAC circuits in an 11-story data center including chilled water, process water, condenser, condensate, and fuel oil circuits. Each system was made up of hundreds or thousands of pipes and junctions ranging from 2 to 60 inches (5 to 150 cm) in diameter. See why the Protton team credited AFT Impulse for its robust solver, which was able to converge nearly 3,000 pipes in a system without issue. AFT Impulse Study Reveals Flaws in Injection System Emergency Protection Methods Oil & Gas Ground Injection 2022 - Chris Bibby, of Wood PLC, assessed the water injection system of an offshore production platform expansion. The 4-pump system was flagged as an area of concern due to the long flowlines and high operating pressure of the injection system (more than 10,000 psi / 690 bar). See how he performed a transient analysis in AFT Impulse for pump start-up, controlled shutdown, emergency shutdown, and valve failure scenarios to determine if pressures or forces exceeded acceptable limits. AFT Fathom Reveals Faulty Equipment in Hot Oil Network Energy Optimization Study General Manufacturing Power Generation 2022 - AFT Fathom helped engineers at Ingenero Technologies identify issues that plant data alone couldn’t reveal, which saved energy by eliminating unwanted resistance. A calibrated model allowed engineers to explore alternative proposals to meet the client’s design requirements while minimizing cost. See how AFT Fathom helped the team evaluate diverse scenarios to enhance flow with minimal hardware changes. AFT Fathom Used to Minimize Pumping Cost for Cooling Water System Campus & Educational Facility Distribution Cooling Water 2021 - A large part of engineering is evaluating design tradeoffs. For example, in a pumping system, one pump option may be more efficient than others, but that efficiency often comes at larger initial cost. A less capital-intensive pump might be less efficient or have additional maintenance costs to consider. Similarly, system configurations have their own cost tradeoffs to consider. Designing onlyApplied Flow Technology AFT Titan 4.0
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Title Product Industry Application Display # BEP Pump System Optimization Study of a Canola Oil System General Manufacturing 0 2024 - Stantec Resourcenet India was tasked with analyzing the estimated pump head, normal operating line velocities, and pressure analysis for a new canola oil processing system. The system consists of multiple pumps, atmospheric tanks, vacuum tanks, hydrodynamic reactors, heat exchangers, centrifugal separators, bleaching and basket filters, strainers, mixers, and control valves. See how the team used AFT Fathom to obtain results that were used to identify appropriate pumps for the final system which now refines approximately 100 m3 (26,000 gallons) of canola oil per hour. Emissions Control System Energy Reduction with AFT Arrow Power Generation Fan Sizing 2024 - An emission control system was being redesigned by Orbital Engineering, Inc. to incorporate Variable Frequency Drive (VFD) fan systems to improve system efficiency due to rising process demands. When the system was constructed, one of its flow paths was intended to serve as a standby system. Increased process demands led to a secondary subsystem being used concurrently and fully utilizing maximum installed capacity at times. See how an AFT Arrow model was used to identify an optimized configuration to improve system power consumption by 25-30 percent. Pump Upgrades and Operating Modifications for Existing Chilled Water System General Manufacturing Cooling Water 2024 - Natraj Arjunan, L&T Technology, simulated an existing chilled water system to diagnose system issues and recommend design and operational improvements accordingly. Four identical cooling systems needed pump replacements, creating an opportunity for system improvements. The client did not expect any change to the pump specification or the system since the system had been running for 20+ years without any change in cooling requirements. See how an AFT Fathom model was calibrated to optimize the system and reduce energy. AFT Fathom used to Model Central Heating Cycle of a State-of-the-art Combined Heat and Power Plant Power Generation District Heating & Cooling 2024 - ENKA Insaat ve Sanayi A.S. used AFT Fathom to simulate the central heating cycle to inform the design of the hydraulic thermal system for the Dradenau Combined Heat and Power Plant under construction in Hamburg, Germany. This state-of-the-art facility will produce 180 MW of electrical capacity and an additional 260 MW of district heating utilizing multiple heat sources including waste heat from industrial processes and a natural gas power plant. See how AFT Fathom was used to size pumps, heat exchangers, and control valves, validate line sizing, and ensure system piping was within design requirements. Bingham Plastic Surge Analysis Informs Protections at Steel Facility General Manufacturing Waste Product Handling 2023 - Protton Synergy assessed pressure surge concerns in a thick paste disposal system. The paste is a by-product of a steel manufacturing process with Bingham plastic characteristics. The fluid’s non-Newtonian characteristic created uncertainty in applying traditional hand calculation approaches to evaluate maximum and minimum pressures during a transient event. See how the engineering team used AFT Impulse to accurately model the unique fluid and system across aApplied Flow Technology AFT Titan 4.0 - GoPaySoft
Each AFT software product employs five Primary Window tabs in which you would build, define, and analyze the model of your system. Of these, the Visual Report window is incredibly useful in that you are able to overlay your model input or output parameters directly on top of the graphical layout of the system itself. This is an excellent feature to use when you want to provide the bottom line results to clients and colleagues at a high level (or a detailed level). Figure 1 is an example of what the Visual Report for a particular system might look like. As shown, the volumetric flow rate and inlet/outlet stagnation pressures as well as junction loss factors are displayed on the Visual Report.Figure 1 - The Visual Report window of AFT Fathom. Volumetric flow rates and inlet/outlet stagnation pressures displayed for pipes. Loss factors displayed for junctions.The Visual Report window is customizable in many ways by using the Visual Report Control window shown in Figure 2 which can be accessed from the Tools menu. There are many other formatting features available in the Visual Report Control window as well so you can customize the Visual Report to your liking.Figure 2 - The Visual Report Control window allows you to configure which input or output results that are displayed in the Visual Report.Beyond simply displaying the results themselves, you can also color-code all of your pipes according to a specific output parameter so that you can easily see what range of values that particular output parameter lies within. This capability is called the "Color Map" feature and can be configured on the Color Map tab of the Visual Report Control window. Figure 3 shows the Color Map tab before it has been defined.Figure 3 - A blank Color Map tab canvas within the Visual Report Control window.The process to setup the color map is relatively straight-forward and quite easy. And now, with AFT Fathom 9, and soon with AFT Arrow 6 and AFT Impulse 6, you can take advantage of the new automated color mapping capability making the process even easier!First, you would specify the Parameter you would like to color-code on the Visual Report. You would also choose the associated units as well. Here's where the incredibly useful new AFT Fathom 9 automated color-mapping feature comes into play! You would choose the "Auto Color Map" option, and then specify how many conditions you would like to have between your minimum and maximum values and then let Fathom generate the colors for you. Figure 4 shows an example of using the Auto Color Map feature for pipe velocity and separates the minimum and maximum velocities into five separate velocity ranges and theApplied Flow Technology – AFT Titan 4.0 Full Version
Range of transient events and generated unbalanced forces to export for stress analysis. AFT Fathom Model Remedies Bottlenecks in Chemical Production Expansion Chemical & Petrochemical Hydrocarbon Processing 2023 - LyondellBasell performed a hydraulic study to evaluate a 28% chemical process production increase. The study would use a calibrated AFT Fathom model to evaluate the existing infrastructure’s capacity and identify bottlenecks to eliminate. See how the engineer used a pump and system approach to increase capacity, use of features, and use of the model to reveal faults in the physical system. Cooling Water Reliability Study Addresses Recurring Equipment Replacement, Saving Estimated $800K Annually Chemical & Petrochemical Cooling Water 2023 - Avinashkumar Karre, Principal Process Engineer with Worley, performed a reliability study on a problematic cooling water system. Due to flow imbalance, some consumers were unable to meet duty requirements which limited production. Other consumers received excess flow, resulting in high velocities with accompanying vibration and equipment erosion. See how AFT Fathom was used to find solutions that increased efficiency and decreased energy and maintenance costs. Seawater Cooling System Modifications Eliminate Pump to Save 5.5MW in Ultra Mega Power Plant Power Generation Cooling Water 2023 - Tata Consulting Engineers modeled a coal-fired Ultra Mega Power Plant cooling system to address poor pump operation while ensuring any modifications did not introduce waterhammer or surge concerns. See how an AFT Impulse model was calibrated and used to evaluate multiple cases in order to confirm adequate flow distribution, and transient pressure extremes, within five interconnected condenser units. AFT Fathom Used to Identify and Address Slurry Deposition in Polymer Cooling System Chemical & Petrochemical Slurry 2023 - LyondellBasell performed a reliability study on a polymer slurry cooling system. The polymer slurry was used to maintain a stable temperature in a reactor, critical to maintaining product quality. This system had several reliability issues leading to downtime and associated maintenance costs to clean the piping. The existing system was unable to meet design requirements, potentially due to solids deposition not considered in the initial design. Read how AFT Fathom’s Settling Slurry (SSL) add-on module was used to identify and mitigate several slurry deposition areas. Reusable and Optimized Piping Saves Potash Mine $9.8M in Capital Expenses Mining & Metals Leaching 2023 - Caitlin Roos, a piping engineer with Hatch, was tasked with developing a model of a potash brine injection well mining system. Injection well mining pumps a solvent into porous rock formations to dissolve and extract mineral salts. The brine is then evaporated to isolate the mineral, in this case potash, which is typically used as fertilizer. Read how Roos used AFT Fathom model as a core design tool for the project to size pipes and equipment based on the exact mining schedule, measure experimental results, and estimate real-world results to reduce capital expenses by $9.8M. LNG Loading Emergency Shutdown Research Project Liquefied Natural Gas Liquefied Natural Gas Transfer 2022 - An LNG terminal might have two to five loading arms for different purposes. In an emergency shutdown,. Try crack softwares pls contact jim1829hotmail.com change into @ Applied Flow Technology (AFT) Impulse .0 Applied Flow Technology Mercury v.01.26 Applied.Flow.Technology.SteamCalc.v.04.04 Applied Flow Technology - AFT Titan v4.0 AFT Chempak Viewer v1.0 Applied Flow Technology utilities SteamCalc v2 Try crack softwares pls contact jim1829hotmail.com change into @ Applied Flow Technology (AFT) Impulse .0 Applied Flow Technology Mercury v.01.26 Applied.Flow.Technology.SteamCalc.v.04.04 Applied Flow Technology - AFT Titan v4.0 AFT Chempak Viewer v1.0 Applied Flow Technology utilities SteamCalc v2.0 buildComments
Summit Evolution v7.7 2020Cadence Digital Design Implementation (DDI) System ™ Release v22.10.000 LinuxCadence VERISIUM MANAGER(VMANAGER) v22.09.001 LinuxEIVA NaviSuite NaviScan v9.7.1Flownex Simulation Environment 2022 Update 1 v8.14.1.4845 Win64 Siemens.Mastertrim.15.2.1.Catia.V5R27-31.Win64 Siemens.Mastertrim.15.2.1.NX.12.0-2007.Series.Win64 Cadence INNOVUS v21.15.000 ISR5 Linux Leica Hexagon MinePlan (ex. MineSight ) 2022 Release 4 Win64Lighting.Analysts.AGi32.2022.v20.9.9.0Lighting.Analysts.Photometric.Toolbox.2022.v2.12.1 Lighting.Photometric.Power.Tools.2022.v1.8.0MVTec Halcon v22.05 NetCAD.GIS.Pro.2022.v8.5.3.1063 StruSoft FEM-Design Suite 21.00.005 Win64Cadenc PAS v3.5 Linux Cadenc EMX INTEGRAND v6.3.10 Linux CST STUDIO SUITE 2023.01 SP1 Win64 Keil MDK v5.38 + DFPSynopsys Hspice vT-2022.06-1 WindowsLinux64 Applied Imagery Quick Terrain Modeller v8.4.0 Win64 Autodesk Inventor Nesting 2023 Win64 AVL List GMbH AVL Simulation Suite 2022 R2 Build 248 Win64 Petrel and Studio 2022.2Dlubal COMPOSITE-BEAM 8.30.01 Win64 Dlubal CRANEWAY v8.30.01 Win64 Dlubal PLATE-BUCKLING v8.30.01 Win64Dlubal RFEM v5.30.01 Win64 Dlubal RSTAB v8.30.01 Win64 Dlubal RX-TIMBER 2.30.01 Win64 Dlubal SHAPE-MASSIVE v6.79.01 Win32 Dlubal SHAPE-THIN v9.09.01 Win64supermap GIS 9D 10iApplied Flow Technology (AFT) ImpFullz v9.0.1108 Build 2022.11.11 Dassault Systemes DraftSight Enterprise Plus 2023 SP0 Win64Geomedia Covadis v17.0fMicrowind v3.8.1.1
2025-04-18Flow through these arms must be suddenly halted by closing a sequence of valves, opening vent valves, and tripping transfer pumps. The sudden deceleration of flow results in pressure surge, potentially exceeding pipe design pressures and causing extreme pipe stress, further worsening an emergency. See how a research team at Lamar University evaluated the surge results from an LNG loading emergency shutdown. AFT Arrow Ensures Proper Fan Sizing in Nitrogen Closed Loop General Facility Fan Sizing 2022 - L&T Technology Services, was tasked with optimizing the fan hydraulics of a nitrogen closed loop in Frankfurt, Germany. The nitrogen loop is used to dry a slurry mixture, picking up process vapors and traces of solids in the process. By testing the selected fan across many different operating speeds, conditions, and requirements, engineers were able to develop a robust system approach to the engineering design without a massive manhour investment to analyze the complicated network. AFT Impulse Confirms Data Center Surge Safety After Importing 1000+ Pipe HVAC Systems General Facility HVAC 2022 - Protton Synergy engineers were tasked with evaluating the surge potential of 9 HVAC circuits in an 11-story data center including chilled water, process water, condenser, condensate, and fuel oil circuits. Each system was made up of hundreds or thousands of pipes and junctions ranging from 2 to 60 inches (5 to 150 cm) in diameter. See why the Protton team credited AFT Impulse for its robust solver, which was able to converge nearly 3,000 pipes in a system without issue. AFT Impulse Study Reveals Flaws in Injection System Emergency Protection Methods Oil & Gas Ground Injection 2022 - Chris Bibby, of Wood PLC, assessed the water injection system of an offshore production platform expansion. The 4-pump system was flagged as an area of concern due to the long flowlines and high operating pressure of the injection system (more than 10,000 psi / 690 bar). See how he performed a transient analysis in AFT Impulse for pump start-up, controlled shutdown, emergency shutdown, and valve failure scenarios to determine if pressures or forces exceeded acceptable limits. AFT Fathom Reveals Faulty Equipment in Hot Oil Network Energy Optimization Study General Manufacturing Power Generation 2022 - AFT Fathom helped engineers at Ingenero Technologies identify issues that plant data alone couldn’t reveal, which saved energy by eliminating unwanted resistance. A calibrated model allowed engineers to explore alternative proposals to meet the client’s design requirements while minimizing cost. See how AFT Fathom helped the team evaluate diverse scenarios to enhance flow with minimal hardware changes. AFT Fathom Used to Minimize Pumping Cost for Cooling Water System Campus & Educational Facility Distribution Cooling Water 2021 - A large part of engineering is evaluating design tradeoffs. For example, in a pumping system, one pump option may be more efficient than others, but that efficiency often comes at larger initial cost. A less capital-intensive pump might be less efficient or have additional maintenance costs to consider. Similarly, system configurations have their own cost tradeoffs to consider. Designing only
2025-04-08Title Product Industry Application Display # BEP Pump System Optimization Study of a Canola Oil System General Manufacturing 0 2024 - Stantec Resourcenet India was tasked with analyzing the estimated pump head, normal operating line velocities, and pressure analysis for a new canola oil processing system. The system consists of multiple pumps, atmospheric tanks, vacuum tanks, hydrodynamic reactors, heat exchangers, centrifugal separators, bleaching and basket filters, strainers, mixers, and control valves. See how the team used AFT Fathom to obtain results that were used to identify appropriate pumps for the final system which now refines approximately 100 m3 (26,000 gallons) of canola oil per hour. Emissions Control System Energy Reduction with AFT Arrow Power Generation Fan Sizing 2024 - An emission control system was being redesigned by Orbital Engineering, Inc. to incorporate Variable Frequency Drive (VFD) fan systems to improve system efficiency due to rising process demands. When the system was constructed, one of its flow paths was intended to serve as a standby system. Increased process demands led to a secondary subsystem being used concurrently and fully utilizing maximum installed capacity at times. See how an AFT Arrow model was used to identify an optimized configuration to improve system power consumption by 25-30 percent. Pump Upgrades and Operating Modifications for Existing Chilled Water System General Manufacturing Cooling Water 2024 - Natraj Arjunan, L&T Technology, simulated an existing chilled water system to diagnose system issues and recommend design and operational improvements accordingly. Four identical cooling systems needed pump replacements, creating an opportunity for system improvements. The client did not expect any change to the pump specification or the system since the system had been running for 20+ years without any change in cooling requirements. See how an AFT Fathom model was calibrated to optimize the system and reduce energy. AFT Fathom used to Model Central Heating Cycle of a State-of-the-art Combined Heat and Power Plant Power Generation District Heating & Cooling 2024 - ENKA Insaat ve Sanayi A.S. used AFT Fathom to simulate the central heating cycle to inform the design of the hydraulic thermal system for the Dradenau Combined Heat and Power Plant under construction in Hamburg, Germany. This state-of-the-art facility will produce 180 MW of electrical capacity and an additional 260 MW of district heating utilizing multiple heat sources including waste heat from industrial processes and a natural gas power plant. See how AFT Fathom was used to size pumps, heat exchangers, and control valves, validate line sizing, and ensure system piping was within design requirements. Bingham Plastic Surge Analysis Informs Protections at Steel Facility General Manufacturing Waste Product Handling 2023 - Protton Synergy assessed pressure surge concerns in a thick paste disposal system. The paste is a by-product of a steel manufacturing process with Bingham plastic characteristics. The fluid’s non-Newtonian characteristic created uncertainty in applying traditional hand calculation approaches to evaluate maximum and minimum pressures during a transient event. See how the engineering team used AFT Impulse to accurately model the unique fluid and system across a
2025-04-01Each AFT software product employs five Primary Window tabs in which you would build, define, and analyze the model of your system. Of these, the Visual Report window is incredibly useful in that you are able to overlay your model input or output parameters directly on top of the graphical layout of the system itself. This is an excellent feature to use when you want to provide the bottom line results to clients and colleagues at a high level (or a detailed level). Figure 1 is an example of what the Visual Report for a particular system might look like. As shown, the volumetric flow rate and inlet/outlet stagnation pressures as well as junction loss factors are displayed on the Visual Report.Figure 1 - The Visual Report window of AFT Fathom. Volumetric flow rates and inlet/outlet stagnation pressures displayed for pipes. Loss factors displayed for junctions.The Visual Report window is customizable in many ways by using the Visual Report Control window shown in Figure 2 which can be accessed from the Tools menu. There are many other formatting features available in the Visual Report Control window as well so you can customize the Visual Report to your liking.Figure 2 - The Visual Report Control window allows you to configure which input or output results that are displayed in the Visual Report.Beyond simply displaying the results themselves, you can also color-code all of your pipes according to a specific output parameter so that you can easily see what range of values that particular output parameter lies within. This capability is called the "Color Map" feature and can be configured on the Color Map tab of the Visual Report Control window. Figure 3 shows the Color Map tab before it has been defined.Figure 3 - A blank Color Map tab canvas within the Visual Report Control window.The process to setup the color map is relatively straight-forward and quite easy. And now, with AFT Fathom 9, and soon with AFT Arrow 6 and AFT Impulse 6, you can take advantage of the new automated color mapping capability making the process even easier!First, you would specify the Parameter you would like to color-code on the Visual Report. You would also choose the associated units as well. Here's where the incredibly useful new AFT Fathom 9 automated color-mapping feature comes into play! You would choose the "Auto Color Map" option, and then specify how many conditions you would like to have between your minimum and maximum values and then let Fathom generate the colors for you. Figure 4 shows an example of using the Auto Color Map feature for pipe velocity and separates the minimum and maximum velocities into five separate velocity ranges and the
2025-04-13