Built Up

Built Up uncovers the roots of the global real estate industry in the machinations of a patron of Shakespeare, the merged lineages of business savvy women and men, startlingly innovative collaborations with the first English architect, and the radical explorations of other denizens of early modern London – and what those colorful origins mean for the practice of property development today. Uniting insights from the author’s career as an internationally recognized developer with meticulous archival research, this resource for scholars and professionals synthesizes economic history and the latest planning and finance literature. The result is an unprecedented effort to codify the principles and activities of real estate development as a foundation for future academic research and practical innovation. By tracing the evolution of property development to its earliest days, Built Up establishes the theoretical groundwork for the next phase in the transformation of the urban environment.

A highly detailed, superbly illustrated manual introducing serious model builders to hand-crafting ship models from the bottom up. Not for beginners. 133 illustrations.

The values of breaking load, elongation and thermal expansion of nine bituminous built-up membranes prepared by roofing contractors under field conditions and by technicians in the laboratory were measured at sub-freezing temperatures.The data indicated that the field-prepared specimens agreed favorably with laboratory-prepared specimens, although the samples from the field frequently reflected higher values for thermal-shock resistance than did their laboratory-prepared counterparts.The higher values were attributed to the smaller amounts of bitumen used between the plies of the field specimens.The results appeared to support the validity of the application of the 'strength-thickness rule' to bituminous built-up membranes.(Author).

Fearing an imminent Nazi invasion, the British government interned 28,000 men and women of enemy nationality living in Britain in the spring of 1940. Most were Jewish refugees who, having fled Nazi persecution, were appalled to find themselves imprisoned as potential Nazi spies. Using oral histories, unpublished letters and memoirs, artifacts and newspapers from the camps, and government documents, We Built Up Our Lives tells the compelling story of sixty-three of these internees. It is a seldom-told part of the history of World War II and the Holocaust and a classic tale of human courage and resilience. We Built Up Our Lives describes the survival mechanisms relied upon by the Jewish refugees. Although the internees, imprisoned in Britain, the Isle of Man, Canada, and Australia, were adequately housed and fed and rarely mistreated, they were cut off from family, friends, school, and work--everything that had given meaning to their lives. Resisting boredom, anger, and despair, the internees made the best of a bad situation by creating education, culture, and community within the camps. Before and after as well as during the internment--in Nazi Germany and in Britain--educational resources and social networks were essential to the refugees' efforts to build up their lives. Equally important were personal qualities of courage, ingenuity, assertiveness, and resilience.

The resistance of bituminous built-up roofing membranes to thermally induced forces is considered in terms of their strength properties such as breaking load in tension, modulus of elongation and apparent linear thermal expansion coefficient.The development of a Thermal-Shock Resistance Factor is described and values are given for three bituminous built-up membranes at temperatures of - 30F (-34.4C), 0F (-17.8C), 30F (-1.1C) and 73F (22.8C).The apparent relation between the values obtained in the laboratory and the observed performance of roofing membranes in service is considered.The utilization of the Thermal-Shock Resistance Factor in the reduction of potential failures of bituminous built-up roofing membranes in service from thermally induced forces is also discussed.(Author).