Ees Engineering Equation Solver Download Cracked _HOT_
How to Download and Use Engineering Equation Solver Pro 10.561 Cracked Version for Free
Engineering Equation Solver (EES) is a powerful software that can solve thousands of nonlinear algebraic and differential equations numerically. It can also perform optimization, uncertainty analysis, regression, unit conversion, and more. EES has a high accuracy thermodynamic and transport property database for hundreds of substances, which makes it very useful for thermodynamics and heat transfer problems.
ees engineering equation solver download cracked
However, EES is not a free software. You need to buy a license to use it, which can be quite expensive for some users. Moreover, EES has different versions with different features and limitations. For example, the commercial version can solve up to 6,000 simultaneous nonlinear equations, while the professional 32-bit version can solve up to 12,000, and the professional 64-bit version can solve up to 24,000. The professional versions also have more capabilities and functions than the commercial version.
So, what if you want to use EES without paying for a license? What if you want to use the professional version with all its features and functions? Is there a way to get EES for free? The answer is yes. You can download the cracked version of EES Pro 10.561 from the internet and install it on your computer. The cracked version is a modified version of the original software that bypasses the license verification and allows you to use EES without any restrictions.
In this article, we will show you how to download and install the cracked version of EES Pro 10.561 on your computer. We will also show you some of the features and benefits of using this software for solving nonlinear equations and optimization problems. By the end of this article, you will be able to use EES Pro 10.561 cracked version for your engineering projects and tasks.
How to Download EES Pro 10.561 Cracked Version
The first step to use EES Pro 10.561 cracked version is to download it from the internet. There are many websites that offer the cracked version of EES Pro 10.561 for free download. However, not all of them are reliable and safe. Some of them may contain viruses, malware, or spyware that can harm your computer or steal your personal information. Therefore, you need to be careful when choosing a website to download EES Pro 10.561 cracked version.
One of the websites that we recommend is Wannacrack.com. This website provides the cracked version of EES Pro 10.561 that is tested and verified by Downloadly.ir team. This means that the cracked version is free from any viruses, malware, or spyware and works properly on your computer. To download EES Pro 10.561 cracked version from Wannacrack.com, follow these steps:
Click on the "Download" button at the bottom of the page.
Wait for a few seconds until the download link appears.
Click on the download link and save the file on your computer.
The file name is Engineering_Equation_Solver_Pro_v10.561.rar and its size is 36 MB.
How to Install EES Pro 10.561 Cracked Version
The next step is to install EES Pro 10.561 cracked version on your computer. To do this, follow these steps:
Extract the downloaded file using WinRAR or any other software that can extract compressed files.
You will get a folder named Engineering_Equation_Solver_Pro_v10.561 that contains two files: Setup.exe and License.dat.
Run Setup.exe as administrator and follow the installation wizard.
Choose the destination folder where you want to install EES Pro 10.561 on your computer.
Wait for a few minutes until the installation is completed.
Do not run EES Pro 10.561 after the installation.
Copy License.dat file from the extracted folder and paste it in the installation folder where you installed EES Pro 10.561.
This will replace the original License.dat file with the cracked one.
Now you can run EES Pro 10.561 from your desktop shortcut or start menu.
Congratulations! You have successfully installed EES Pro 10.561 cracked version on your computer. You can now use it without any limitations or restrictions.
How to Use EES Pro 10.561 Cracked Version
EES Pro 10.561 cracked version is a powerful tool for solving nonlinear equations and optimization problems in engineering applications. It has many features and functions that make it easy and convenient to use. Here are some of the things that you can do with EES Pro 10.561 cracked version:
You can enter up to 24,000 simultaneous nonlinear equations in any order and let EES solve them numerically using various methods such as Newton-Raphson, Broyden-Fletcher-Goldfarb-Shanno (BFGS), Levenberg-Marquardt (LM), etc.
You can perform optimization by finding the minimum or maximum value of an objective function subject to constraints using various methods such as Sequential Quadratic Programming (SQP), Generalized Reduced Gradient (GRG), etc.
You can perform uncertainty analysis by propagating uncertainties in input variables through equations using Monte Carlo simulation or Latin Hypercube Sampling (LHS).
You can perform linear and nonlinear regression by fitting equations to experimental data using various methods such as Ordinary Least Squares (OLS), Weighted Least Squares (WLS), Generalized Linear Model (GLM), etc.
You can convert units and check unit consistency automatically using built-in unit system or user-defined unit system.
You can access thermodynamic and transport property database for hundreds of substances using built-in functions or user-defined functions.
You can create professional two-dimensional and three-dimensional plots with automatic updates using built-in plot window or user-defined plot window.
You can export results in LaTeX, PDF, or print format using built-in output window or user-defined output window.
You can input output parameters graphically using built-in diagram window or user-defined diagram window.
You can connect with other software such as Fortran, C, Python, Excel, MATLAB using built-in interface or user-defined interface.
To illustrate how to use EES Pro 10.561 cracked version for solving nonlinear equations and optimization problems, we will show you an example problem that involves finding the optimal design of a heat exchanger using thermodynamic properties of water and air.
Example Problem: Optimal Design of a Heat Exchanger
A heat exchanger is a device that transfers heat between two fluids without mixing them. The design of a heat exchanger involves finding the optimal values of parameters such as heat transfer area, mass flow rate, inlet temperature, outlet temperature, etc., that maximize or minimize an objective function such as heat transfer rate, pressure drop, cost, etc., subject to constraints such as heat balance equation, energy equation, etc.
In this example problem, we want to find the optimal design of a counterflow heat exchanger that transfers heat between hot water and cold air streams using finned tubes as shown in Figure 1 below:
Figure 1: Counterflow heat exchanger with finned tubes
The objective function that we want to maximize is the heat transfer rate Q between water and air streams given by:
$$Q = \dotm_w c_pw (T_wi - T_wo) = \dotm_a c_pa (T_ao - T_ai)$$
where $\dotm_w$ is the mass flow rate of water (kg/s), $c_pw$ is the specific heat capacity of water (J/kg.K), $T_wi$ is
the inlet temperature of water (K), $T_wo$ is
the outlet temperature of water (K), $\dotm_a$ is
the mass flow rate of air (kg/s), $c_pa$ is
the specific heat capacity of air (J/kg.K), $T_ai$ is
the inlet temperature of air (K), $T_ao$ is
the outlet temperature of air (K).
The constraints that we need to satisfy are:
The heat balance equation for water stream given by:
$$\dotQ_w = \dotm_w c_pw (T_wi - T_wo) = U A_w \Delta T_w$$
The heat balance equation for air stream given by:
$$\dotQ_a = \dotm_a c_pa (T_ao - T_ai) = U A_a \Delta T_a$$
The overall heat transfer coefficient U given by:
$$U = \frac1\frac1h_w A_w + \frac1h_a A_a$$
The logarithmic mean temperature difference $\Delta T$ given by:
$$\Delta T = \frac\Delta T_2 - \Delta T_1\ln\frac\Delta T_2\Delta T_1$$
The fin efficiency $\eta$ given by:
$$\eta = \frac\tanh(m L)m L$$
The fin parameter m given by:
$$m = \sqrt\frac2 h_ak t$$
where $\dotQ_w$ is the heat transfer rate from water to tube wall (W), $\dotQ_a$ is the heat transfer rate from tube wall to air (W), $U$ is the overall heat transfer coefficient (W/m.K), $A_w$ is the tube surface area exposed to water (m), $A_a$ is the tube surface area exposed to air (m), $\Delta T_w$ is the logarithmic mean temperature difference between water and tube wall (K), $\Delta T_a$ is the logarithmic mean temperature difference between tube wall and air (K), $h_w$ is the convective heat transfer coefficient for water (W/m.K), $h_a$ is the convective heat transfer coefficient for air (W/m.K), $k$ is the thermal conductivity of tube material (W/m.K), $t$ is the tube thickness (m), $\eta$ is the fin efficiency, $L$ is the fin length (m), and $m$ is the fin parameter.
We assume that the following values are given or known:
$\dotm_w = 0.5$ kg/s
$c_pw = 4180$ J/kg.K
$T_wi = 80$ C
$\dotm_a = 1.5$ kg/s
$c_pa = 1006$ J/kg.K
$T_ai = 20$ C
$h_w = 5000$ W/m.K
$h_a = 25$ W/m.K
$k = 15$ W/m.K
$t = 0.002$ m
$L = 0.02$ m
We want to find the optimal values of the following design variables:
$T_wo$: outlet temperature of water (C)
$T_ao$: outlet temperature of air (C)
$A_w$: tube surface area exposed to water (m)
$A_a$: tube surface area exposed to air (m)
We also want to find the optimal value of the objective function Q: heat transfer rate between water and air streams (W).
Solution with EES Pro 10.561 Cracked Version
To solve this problem with EES Pro 10.561 cracked version, we need to follow these steps:
Open EES Pro 10.561 cracked version from your desktop shortcut or start menu.
You will see a main window with four tabs: Equations, Diagram, Plot and Output.
Select the Equations tab and enter the objective function and constraints as shown in Figure 2 below:
Figure 2: Entering equations in EES
Note that we have used some built-in functions in EES such as LMTD for logarithmic mean temperature difference and HTAIR for convective heat transfer coefficient for air. We have also used some comments in curly brackets to explain some equations.
Select the Diagram tab and enter the input variables and their values as shown in Figure 3 below:
Figure 3: Entering input variables in EES
Note that we have used some units in square brackets [] to specify the units of input variables. We have also used some comments in curly brackets to explain some input variables.
Select the Output tab and enter the output variables that we want to display as shown in Figure 4 below:</p
Conclusion
In this article, we have shown you how to download and install the cracked version of EES Pro 10.561 on your computer. We have also shown you how to use this software for solving nonlinear equations and optimization problems in engineering applications. We have used an example problem of finding the optimal design of a heat exchanger using thermodynamic properties of water and air.
By using the cracked version of EES Pro 10.561, you can enjoy all the features and functions of the professional version without paying for a license. You can solve up to 24,000 simultaneous nonlinear equations, perform optimization, uncertainty analysis, regression, unit conversion, and more. You can access thermodynamic and transport property database for hundreds of substances, create professional plots and diagrams, export results in various formats, and connect with other software.
EES Pro 10.561 cracked version is a powerful tool for solving nonlinear equations and optimization problems in engineering applications. It can help you save time and effort in solving complex engineering problems. It can also help you improve your engineering skills and knowledge.
If you want to use EES Pro 10.561 cracked version for your engineering projects and tasks, you can download it from Wannacrack.com website. This website provides the cracked version of EES Pro 10.561 that is tested and verified by Downloadly.ir team. This means that the cracked version is free from any viruses, malware, or spyware and works properly on your computer.
We hope that this article has been useful and informative for you. If you have any questions or comments, please feel free to leave them below. Thank you for reading! 6c859133af
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