Fluent UDF Manual - PMT
ANSYS Fluent UDF ManualANSYS, Inc.Southpointe275 Technology DriveCanonsburg, PA 15317ansysinfo@ansys.comhttp://www.ansys.com(T) 724-746-3304(F) 724-514-9494Release 15.0November 2013ANSYS, Inc. iscertified to ISO9001:2008.
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Table of ContentsUsing This Manual . xxi1. The Contents of This Manual . xxi2. The Contents of the Fluent Manuals . xxii3. Typographical Conventions . xxiii4. Mathematical Conventions . xxiv5. Technical Support . xxv1. Overview of User-Defined Functions (UDFs) . 11.1. What is a User-Defined Function? . 11.2. Limitations . 21.3. Defining Your UDF Using DEFINE Macros . 21.3.1. Including the udf.h Header File in Your Source File . 31.4. Interpreting and Compiling UDFs . 41.4.1. Compiled UDFs . 41.4.2. Interpreted UDFs . 41.4.3. Differences Between Interpreted and Compiled UDFs . 51.5. Hooking UDFs to Your ANSYS Fluent Model . 61.6. Mesh Terminology . 61.7. Data Types in ANSYS Fluent . 81.8. UDF Calling Sequence in the Solution Process . 91.8.1. Pressure-Based Segregated Solver . 91.8.2. Pressure-Based Coupled Solver . 101.8.3. Density-Based Solver . 111.9. Special Considerations for Multiphase UDFs . 121.9.1. Multiphase-specific Data Types . 132. DEFINE Macros . 152.1. Introduction . 152.2. General Purpose DEFINE Macros . 152.2.1. DEFINE ADJUST . 162.2.1.1. Description . 162.2.1.2. Usage . 172.2.1.3. Example 1 . 172.2.1.4. Example 2 . 182.2.1.5. Hooking an Adjust UDF to ANSYS Fluent . 182.2.2. DEFINE DELTAT . 182.2.2.1. Description . 182.2.2.2. Usage . 182.2.2.3. Example . 192.2.2.4. Hooking an Adaptive Time Step UDF to ANSYS Fluent . 192.2.3. DEFINE EXECUTE AT END . 192.2.3.1. Description . 192.2.3.2. Usage . 202.2.3.3. Example . 202.2.3.4. Hooking an Execute-at-End UDF to ANSYS Fluent . 202.2.4. DEFINE EXECUTE AT EXIT . 212.2.4.1. Description . 212.2.4.2. Usage . 212.2.4.3. Hooking an Execute-at-Exit UDF to ANSYS Fluent . 212.2.5. DEFINE EXECUTE FROM GUI . 212.2.5.1. Description . 212.2.5.2. Usage . 21Release 15.0 - SAS IP, Inc. All rights reserved. - Contains proprietary and confidential informationof ANSYS, Inc. and its subsidiaries and affiliates.iii
UDF Manual2.2.5.3. Example . 222.2.5.4. Hooking an Execute From GUI UDF to ANSYS Fluent . 232.2.6. DEFINE EXECUTE ON LOADING . 232.2.6.1. Description . 232.2.6.2. Usage . 232.2.6.3. Example 1 . 232.2.6.4. Example 2 . 242.2.6.5. Hooking an Execute On Loading UDF to ANSYS Fluent . 252.2.7. DEFINE EXECUTE AFTER CASE/DATA . 252.2.7.1. Description . 252.2.7.2. Usage . 252.2.7.3. Example . 262.2.7.4. Hooking an Execute After Reading Case and Data File UDF to ANSYS Fluent . 262.2.8. DEFINE INIT . 262.2.8.1. Description . 262.2.8.2. Usage . 262.2.8.3. Example . 272.2.8.4. Hooking an Initialization UDF to ANSYS Fluent . 272.2.9. DEFINE ON DEMAND . 272.2.9.1. Description . 272.2.9.2. Usage . 282.2.9.3. Example . 282.2.9.4. Hooking an On-Demand UDF to ANSYS Fluent . 292.2.10. DEFINE OUTPUT PARAMETER . 292.2.10.1. Description . 292.2.10.2. Usage . 292.2.10.3. Example . 302.2.10.4. Hooking an Output Parameter UDF to ANSYS Fluent . 302.2.11. DEFINE RW FILE . 312.2.11.1. Description . 312.2.11.2. Usage . 312.2.11.3. Example . 312.2.11.4. Hooking a Read/Write Case or Data File UDF to ANSYS Fluent . 322.3. Model-Specific DEFINE Macros . 322.3.1. DEFINE ANISOTROPIC CONDUCTIVITY . 382.3.1.1. Description . 382.3.1.2. Usage . 382.3.1.3. Example . 382.3.1.4. Hooking an Anisotropic Conductivity UDF to ANSYS Fluent . 402.3.2. DEFINE CHEM STEP . 402.3.2.1. Description . 402.3.2.2. Usage . 402.3.2.3. Example . 412.3.2.4. Hooking a Chemistry Step UDF to ANSYS Fluent . 412.3.3. DEFINE CPHI . 412.3.3.1. Description . 412.3.3.2. Usage . 412.3.3.3. Hooking a Mixing Constant UDF to ANSYS Fluent . 422.3.4. DEFINE DIFFUSIVITY . 422.3.4.1. Description . 422.3.4.2. Usage . 422.3.4.3. Example . 43ivRelease 15.0 - SAS IP, Inc. All rights reserved. - Contains proprietary and confidential informationof ANSYS, Inc. and its subsidiaries and affiliates.
UDF Manual2.3.4.4. Hooking a Diffusivity UDF to ANSYS Fluent . 432.3.5. DEFINE DOM DIFFUSE REFLECTIVITY . 432.3.5.1. Description . 432.3.5.2. Usage . 432.3.5.3. Example . 442.3.5.4. Hooking a Discrete Ordinates Model (DOM) Diffuse Reflectivity UDF to ANSYS Fluent . 452.3.6. DEFINE DOM SOURCE . 452.3.6.1. Description . 452.3.6.2. Usage . 452.3.6.3. Example . 462.3.6.4. Hooking a DOM Source UDF to ANSYS Fluent . 462.3.7. DEFINE DOM SPECULAR REFLECTIVITY . 462.3.7.1. Description . 462.3.7.2. Usage . 462.3.7.3. Example . 472.3.7.4. Hooking a Discrete Ordinates Model (DOM) Specular Reflectivity UDF to ANSYS Fluent . 482.3.8. DEFINE ECFM SPARK SOURCE . 482.3.8.1. Description . 482.3.8.2. Usage . 482.3.8.3. Example . 492.3.8.4. Hooking an ECFM Spark Source UDF to ANSYS Fluent . 492.3.9. DEFINE EMISSIVITY WEIGHTING FACTOR . 492.3.9.1. Description . 492.3.9.2. Usage . 492.3.9.3. Example . 502.3.9.4. Hooking an Emissivity Weighting Factor UDF to ANSYS Fluent . 502.3.10. DEFINE ZONE MOTION . 502.3.10.1. Descr
ANSYS Fluent UDF Manual ANSYS, Inc. Release 15.0 Southpointe November 2013 275 Technology Drive Canonsburg, PA 15317 ANSYS, Inc. is certified to ISO 9001:2008. ansysinfo@ansys.com
UDF management directed UDF IV to lend 12 million to enturion in order to acquire UDF I's defaulted bank loans from the estate of the lending bank. In conjunction, UDF management directed UDF IV to over lend to a Centurion affiliate, which used the excess funds (approximately 8- 10 million) to funnel cash back to UDF I in late 2011 / 2012 .
MS Excel – PMT Function(WS, VBA) In Excel, the PMT function returns the payment amount for a loan based on an interest rate and a constant payment schedule. The syntax for the PMT function is: PMT( interest_rate, number_payments, PV, [FV], [
ACH Pmt Met Life Bnfts Addenda 07/19 777.98 ACH Pmt Met Life Bnfts Addenda 08/19 777.98 ACH Pmt Met Life Bnfts Addenda 09/19 777.98 ACH Pmt Met Life Bnfts Addenda 11/19 777.98 ACH Pmt Met Life Bnfts Addenda 12/19 777.98. 10/1/2020 UADA Open Checkbook PAYEE AMOUNT PAID
This manual is an addendum to the Previse Bailey DCS Users Manual, and describes the Bailey DCS Simulator emulated support for ABB Batch 90 and UDF functions. Key characteristics of Previse emulated support for Batch 90 and UDF are: Execute Batch 90 and UDF programs in ASCII text LST format Compile in ABB Batch Manager; execute in .
Bass and his hedge fund to publicly spread misinformation about UDF in furtherance of the short and distort scheme. (Dkt. #60 ¶¶ 154-64). And in February 2016, with the assistance of Edson and Bunch, Bass drove the "final nail" in UDF's coffin. (Dkt. #60 ¶¶ 165-87). At Bass's request, Edson and Bunch applied for a warrant to
overlapping areas: the 30 3 0medium deep and 1 10ultra deep fields. The medium deep field was observed at a position angle (PA) of 042deg with a 3 udf-0930mosaic (udf-01to ), and thus it is named the mosaic. The ultra deep region (named udf-10) is located inside the mosaic with a PA of 0deg. We selected this
Item 1 is measured with a higher PMT voltage than Items 2 and 3. Item 4 (280-290 nm) is a measurement of the PMT dark current with the same PMT voltage applied as during Items 2 and 3. In the course of data evaluation, the PMT dark current (i.e., the
ASTM A312 /A312M ASME SA312 Covers seamless, straight-seam welded, and heavily cold worked welded austenitic stainless-steel pipe intended for high-temperature and general corrosive service. ASTM A312 /A312M ASME SA312 Grades TP304, TP304L, TP304H, TP309S, TP309H, TP310S, TP310H, TP316, TP316L, TP316H, TP317, TP317L, TP321, TP321H, TP347, TP347H, TP348, TP348H Standard: ASTM A312/A312M .
