Engineering for Sustainable Development and Living -

. .

Résumé :
What can we do to preserve a future for the next generation to cherish? A potent answer is to exercise good stewardship in realizing more sustainable living and development. This volume brings together experts from around the world to disseminate the latest knowledge and research toward this end, i.e., engineering for more sustainable development and living. Let us learn from a living cell that utilizes inherited biological intelligence to organize its resources for current needs and future existence. We also have the responsibility to ensure universal access to electricity and increase the share of renewable energies. Cost effective hybrid renewable energy systems should also be considered and furthered. Advancing energy storage is a necessary striving for managing a future toilet paper crisis. More accurate accounting of weather is crucial in furthering energy efficiency for human thermal comfort. With cooling making up the highest energy cost in many medical structures, combining low-energy building strategies with source-efficient and low-cost manufacturing envelopes can contribute effectively to mitigating climate change. To realize calculated improvements in practice, we must assess the performance after implementation of the promising measures. Construction is definitely the right place to start incorporating sustainable development and living. Another means to promote sustainability is to improve engineering system performance. Simple means such as a rightly positioned cylindrical rod can enhance systems that involve heat exchangers. An important lesson came through dealing with COVID-19, teaching us to provide adaptation strategies through water-energy-food nexus planning, building resilient communities for tomorrow.

Sommaire:
What can we do to preserve a future for the next generation to cherish? A potent answer is to exercise good stewardship in realizing more sustainable living and development. This volume brings together experts from around the world to disseminate the latest knowledge and research toward this end, i.e., engineering for more sustainable development and living. Let us learn from a living cell that utilizes inherited biological intelligence to organize its resources for current needs and future existence. We also have the responsibility to ensure universal access to electricity and increase the share of renewable energies. Cost effective hybrid renewable energy systems should also be considered and furthered. Advancing energy storage is a necessary striving for managing a future toilet paper crisis. More accurate accounting of weather is crucial in furthering energy efficiency for human thermal comfort. With cooling making up the highest energy cost in many medical structures, combining low-energy building strategies with source-efficient and low-cost manufacturing envelopes can contribute effectively to mitigating climate change. To realize calculated improvements in practice, we must assess the performance after implementation of the promising measures. Construction is definitely the right place to start incorporating sustainable development and living. Another means to promote sustainability is to improve engineering system performance. Simple means such as a rightly positioned cylindrical rod can enhance systems that involve heat exchangers. An important lesson came through dealing with COVID-19, teaching us to provide adaptation strategies through water-energy-food nexus planning, building resilient communities for tomorrow....