20% off all books with the code: BOOKS
  • check 10+ million books
  • check New arrivals every day
  • check Trusted by 1M+ customers
  • check Great prices & discounts
  • check Shipping across Europe

Building physics and energy-efficient construction

This category delves into the principles of building physics and energy-efficient construction, offering valuable insights for architects, engineers, and builders. It covers essential concepts related to heat transfer, acoustics, and energy performance, aiming to foster sustainable construction practices. With a focus on innovation and efficiency, these resources are designed to enhance knowledge and improve the environmental impact of building projects.

Items 1-30 of 88

Category „Building physics and energy-efficient construction“

Building physics and energy-efficient construction encompass a vital field of study that combines engineering principles with sustainable practices. As the world increasingly emphasizes the importance of sustainability and energy efficiency, this category serves as a crucial resource for architects, civil engineers, and construction professionals eager to enhance their understanding of the physical principles governing buildings.

The roots of building physics can be traced back to the need for better, more efficient structures that can withstand the test of time while minimizing environmental impact. This discipline not only explores the behavior of materials under various conditions but also addresses how energy flows within and around buildings. By understanding these principles, professionals in the field can design constructions that maintain comfort while significantly reducing energy consumption and carbon footprints.

Readers interested in this topic will find an array of insightful resources that delve into the science of heat transfer, humidity control, acoustics, and lighting—all essential elements in creating an energy-efficient building environment. Moreover, knowledge from this category empowers individuals to make informed decisions about materials and technologies that align with sustainability objectives, enabling better investment in building projects.

The authors and publishers contributing to this category are often reputable experts and organizations dedicated to advancing knowledge in engineering and sustainable construction. Their scholarly works provide invaluable insights, innovative techniques, and the latest research findings, making this collection an essential reference for anyone looking to enhance their expertise in building physics and energy-efficient practices.