You can use it to record and send voice messages, add emoticons to your texts, and share images or videos. The inbuilt keyboard of the application also offers various functionalities. In case you wish to add more people to the chat, you can do so by clicking on the face icon available on the top-right corner. Tapping on their name will open up a window from where you can message or call them. The program opens to a home screen where all the contacts that use the application are listed. Once you get used to WeChat’s interface, you’ll find it to be quite efficient. You can also use the Windows app to create a backup and save all essential data on your computer. The moment you log in, all information on WeChat mobile gets synced with your computer, and you can easily access all your messages, shared media, social pages, and more. To authenticate, you must open the QR scanner available within WeChat mobile and use it to scan the QR code visible on your desktop. Without it, you cannot authenticate the Windows app or get access to your media files or contact list. However, to use the application on your PC, you need to install and login into your mobile application. From there, the setup is pretty straightforward and won’t take much time. You can easily download the lightweight program on your PC, connect with family, friends, or even strangers, explore user profiles, share posts on the wall, and do much more! Easy installation and setupĪs soon as you complete the WeChat download, you can install it in a matter of minutes. WeChat by Tencent offers a blend of both, bearing in mind not to overwhelm users. However, these apps either focus on social media or on more convenient messaging. Optimal configuration's figure of merit increases by 1.2–44.0% comparing to original designs.Many applications let users connect with other people from around the world. A figure of merit is defined as the ratio of charging time to heat sink mass. Three sets of non-dominated solutions are obtained, and optimal configurations are determined with further analysis. The optimization method shows great robustness and effectiveness. The result shows that local overheating caused by non-uniform heating limits operation time. Operation time is defined as the time for simulated chips to reach set point temperature, 80 ☌. An optimization scheme that combines Artificial Neural Network and Non-Dominated Sorting Genetic Algorithm-II is proposed to (a) maximize the operation time and (b) minimize the heat sink mass. Three types of paraffin, including RT35HC, RT44HC, and RT54HC, are compared. Numerical simulations are performed using FLUENT software to investigate its thermal transfer characteristics and performance. The heat sink base is subject to non-uniform heating with multiple discrete heat sources on a circuit board. This paper presents a novel heat sink that integrates paraffin/copper foam composite phase change material.
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