Persuasive Design
AbstrAct Persuasive design (PD) is concerned with the use of computing technology for persuasive purposes. It thereby captures a comprehensive and important trend in CMC, human-computer interaction, and software development in general. This chapter describes the basic concepts of PD as well as its development from its inception in the late 90s until now. So far, rhetoric has played a modest role in the field. However, it is shown that rhetoric offers a major step forward in consolidating PD as a discipline. The concepts of PD in many respects have a theoretical basis in and are better understood with reference to rhetoric; a number of practical guidelines for PD can and should be developed on the basis of rhetoric; and 'epistemic rhetoric' offers a sound epistemology for PD, which is at the moment lacking. Arguably, a rhetorical turn is required for coming to grips with the problem of defining PD and placing it properly as a special case of CMC, namely computer mediated persuasion.
The Use of CMC Technologies in Academic Libraries
Computer mediated communication technologies such as instant messaging, blogs, wikis, and podcasts provide new avenues to foster communication and collaboration in the academic library environment. These tools provide innovative ways to reach new technologically savvy academic library users, highlight library services, and allow the library to remain the intellectual center of the academic community. Additionally, these tools also provide mechanisms for internal staff development and collaboration, saving time and building a more technologically expert staff. This chapter highlights various ways that the academic library community can incorporate CMC technologies by providing current examples of instant messaging, blog, wiki, and podcast implementation.
Timber, its nature and behaviour
Preface. Acknowledgements. Chapter 1 - Structure of Timber. Chapter 2 - Appearance of Timber in Relation to its Structure. Chapter 3 - Mass Volume Relationships. Chapter 4 - Movement in Timber. Chapter 5 - Flow in Timber. Chapter 6 - Deformation Under Load. Chapter 7 - Strength and Failure in Timber. Chapter 8 - Durability of Timber. Chapter 9 - Processing of Timber. Index.