EFF Fouling Find

EFF Fouling Find App is a multi-functional calculation tool designed for professionals, researchers and students in engineering, physics and other fields.

Calculation of Entropy
- Comprehensive input: supports input of various parameters related to entropy, such as energy, temperature, amount of substance, etc. of the system. Whether it is an ideal gas, solid or a complex chemical reaction system, the entropy change can be accurately calculated based on the principles of thermodynamics.
- Multi-scenario application: In scenarios such as heat engine efficiency analysis, chemical equilibrium research and energy conversion system evaluation, the entropy calculation function can provide key data to help users deeply understand the degree of disorder and changes in energy quality of the system.

Calculation of Fick's Diffusion Law
- Accurate parameters: allows input of key elements such as concentration gradient, diffusion coefficient, diffusion area of ​​the diffusing substance. For different diffusion media, such as diffusion phenomena in gas, liquid and solid, accurate calculations can be made based on Fick's diffusion law.
- Practical application: In the fields of materials science, chemical engineering, biomedical engineering, etc., such as studying the diffusion of drugs in the body and the diffusion of solutes in solutions, this function helps to analyze the rate and process of material transfer.

Fouling factor calculation
- Many factors to consider: Comprehensively consider factors such as the properties of the fluid (such as viscosity, flow rate), the characteristics of the heat transfer surface (such as roughness, material), and the operating time. After the user enters the relevant parameters, the fouling factor can be accurately calculated to evaluate the performance degradation of the heat transfer equipment.
- Industrial application: In the design, operation and maintenance of heat exchangers in industries such as chemical, electric power, and refrigeration, the fouling factor calculation provides a basis for optimizing the cleaning cycle and improving the heat transfer efficiency.

Application advantages
Solid theoretical foundation
- All calculations are based on strict physical and engineering principles to ensure the accuracy and reliability of the results and meet industry standards.
Easy operation
- The interface is simple and intuitive, and each calculation function has clear parameter input prompts. The operation process is simple and users can quickly get started without complex training.
Data management and sharing
- Supports the saving of calculation results and historical record viewing, which is convenient for users to compare and analyze data. The results can also be shared in multiple formats to facilitate team collaboration and academic exchanges.