Adiatherma Find

iPhone / Utilitaires

Adiatherma Find is a professional thermal process calculation tool designed for professionals, students and researchers in the fields of physics, thermal engineering, energy engineering, etc. It aims to provide users with convenient, accurate and efficient isothermal, adiabatic and isobaric process calculation services.

In terms of isothermal process calculation, users only need to input the initial state parameters of the gas (such as pressure, volume, amount of substance, etc.), and the App can quickly and accurately calculate the parameters of the final state, including work, heat exchange, internal energy change, etc., based on the ideal gas state equation and isothermal process characteristics. This provides key data support for in-depth understanding of the thermodynamic behavior of gases under isothermal conditions, such as energy conversion analysis of isothermal expansion processes in heat engines and parameter control of isothermal reaction processes in chemical engineering, and helps optimize the design and operation of related processes.

For adiabatic processes, the App can accurately calculate the final state parameters of the system during the adiabatic change process and the work and internal energy changes during the process based on given initial conditions (such as adiabatic index, initial pressure and volume). Whether it is studying the adiabatic compression stroke of a heat engine, the expansion process of a gas in an insulated container, or the design and analysis of the thermal insulation layer of an aircraft in the aerospace field, this function can play an important role, helping users to deeply explore the inherent laws of energy and state changes under adiabatic conditions, and provide a solid theoretical basis for practical engineering applications.

In the isobaric process calculation module, input the initial state information of the gas and the heat change data during the process, and the App can quickly solve the volume, temperature and other parameters of the final state and the work done to the outside. In actual scenarios such as boiler heating and gas expansion under atmospheric pressure changes, this function can help engineers and researchers accurately grasp the thermodynamic characteristics of the isobaric process, reasonably design and optimize industrial heating systems, gas change models in meteorological research, etc., to ensure the efficiency and stability of the process.

The App has a simple and intuitive operation interface, and users can easily input various parameters, quickly obtain accurate calculation results, and present them in clear and concise charts or data tables for further analysis and comparison. Whether it is classroom learning, scientific research project research, or thermal process analysis in actual engineering practice, this App will become your indispensable assistant, making complex thermal calculations easy, significantly improving your work efficiency and learning results, and promoting your continuous in-depth exploration and development in your professional field.