:  SINDA FLUINT v4.4L Incl. Keyfilemaker (c) Cullimore and Ring Technologies  :

:     rELEASe dATe    [....05-30-2002] - pROGRAm tYPe    [.......Utility]     :
:     cRACKEr    [.......EPSiLON Team] - pROTECTIOn    [.............MD5]     :
:     sUPPLiEr    [......EPSiLON Team] - dISKS nUMBERs    [....07*2.88Mo]     :
:     pACKAGEr    [......EPSiLON Team] - oS      [................WinAll]     :
:     tESTEr    [........EPSiLON Team] - diSKSEt iNFOs     [epsf44l1.zip]     :
:                                                >>>>>     [epsf44l7.zip]     :

`      .......:     r ─ E ─ L ─ E ─ A ─ S ─ E      i ─ N ─ F ─ O ─ s          :

:         SINDA/FLUINT is a comprehensive finite-difference, lumped           :
:         parameter (circuit or network analogy) tool for analyzing           :
:         complex thermal/fluid systems. It is used at over 500               :
:         sites in the aerospace, electronics, petrochemical,                 :
:         biomedical, and automotive industries, and in over 25               :
:         countries. Available for Sun and HP workstations and PC             :
:         (Windows 95, 98, NT, and 2000).                                     :

:         Features                                                            :
:         Radiation, conduction, convection                                   :
:         From component design to full system performance                    :
:         simulation                                                          :
:         Steady state and transient solutions                                :
:         High-level decision support                                         :
:         Goal seeking: find design inputs as a function of the               :
:         desired model response                                              :
:         Optimization of multiple design variables using                     :
:         arbitrarily complicated constraints                                 :
:         Automated model correlation to test data                            :
:         Reliability engineering to quantify the design reliability          :

:         Synthesize a design that meets reliability requirements up          :
:         front, intelligently balancing cost against risk                    :
:         Submodels for improved organization, ease of model merge            :
:         Time and temperature-varying properties                             :
:         Optional concurrently executed user logic and simulations           :
:         User-determined solution techniques, solution sequences,            :
:         accuracy levels, and outputs                                        :
:         Examples: iterative vs. sparse matrix inversion, single or          :
:         double precision, etc.                                              :
:         Methods, controls, etc. can vary submodel by submodel               :
:         Convenient restarts and parametric analysis options                 :
:         Compatible with the EZ-XY« Plotting Utility                         :
:         Self-resolving spreadsheet-like expressions and user                :
:         variables (registers)                                               :
:         Facilitates model maintenance: centralized changes                  :
:         Makes what-if, parametrics, and sensitivity studies                 :
:         trivially easy                                                      :
:         Lets inputs be defined on the basis of outputs, problem             :
:         time, etc.                                                          :
:         Eliminates the most common uses of user logic                       :
:         Extensive support library (theromostatic heaters, phase             :
:         change materials, math utilities, etc.)                             :
:         Multiple fluid flow networks with coupled heat transfer             :
:         solutions                                                           :
:         Comprehensive fluid flow modeling                                   :
:         User-definable fluid properties                                     :
:         General pump, valve, duct models                                    :
:         Single and two-phase flow                                           :
:         Boiling and condensation                                            :
:         homogeneous or slip flow                                            :
:         built-in regime mapping                                             :
:         Pure fluid substances, or mixtures of gases, liquids, or            :
:         both                                                                :
:         Condensable/volatile mixtures (psychrometrics, etc.)                :
:         Dissolution/evolution of noncondensible gases                       :
:         Nonequilibrium two-phase volumes                                    :
:         Choking detection and modeling                                      :
:         Waterhammer and acoustics                                           :
:         Time- and direction-varying body forces; natural                    :
:         convection                                                          :
:         Simplifying assumptions and exploitation of symmetry                :
:         Wicks and other capillary devices                                   :
:         Subdivision of control volumes (e.g., stratification)               :
:         Kinetic energy transport included for high speed flow               :
:         phenomena                                                           :
:         Graphical User Interface available (SinapsPlus«)                    :
:         Applications                                                        :
:         Spacecraft and launch vehicle thermal, propulsion, and              :
:         environmental control design                                        :
:         Electronic packaging and component design                           :
:         Power generation systems                                            :
:         Alternative energy systems and energy conservation design           :
:         Automobile and aircraft engines, cooling, fuel,                     :
:         lubrication, climate control, and hydraulic systems                 :
:         HVAC and fire protection systems                                    :
:         Oil and gas pipeline, distribution, steam injection                 :
:         systems                                                             :
:         Process design and control                                          :

:          i ─ N ─ S ─ T ─ A ─ L ─ L      i ─ N ─ F ─ O ─ s     :.......      `

:         Unzip/Unrar the archives into a temporary directory on              :
:         your HD, then install.                                              :
:         Generate the license type of your choice and copy it to             :
:         \Cullimore and Ring\SindaFluint44\bin\                              :

:         *NOTE* : if you get a fatal error that says "YOU DO NOT             :
:         HAVE A LICENSE TO RUN [...] FOR THE FULL VERSION, CONTACT           :
:         C&R TECHNOLOGIES etc." (that often happens with a NASA              :
:         license file), generate a Classic license file instead.             :

`      .......:        g ─ R ─ E ─ E ─ T ─ i ─ N ─ G ─ s                      :

.              AMN - BS - CLS - CORE - DAMN - ECL - MAGiCAL - MJD             :
ORiON - MYTH - PARADOX - SCOTCH - SSG - TMG - TNO - uCF           :

:...Last.Updated.o8/o5/2oo2................................Ascii.By.Cleaner...: