Technology and the human body are becoming increasingly entwined. As we enter the new millennium, Body Probe provides a graphic, penetrative and confrontational insight into the work of leading international performance artists and designers.

At the turn of the twenty-first century, American media abound with images and narratives of bodily transformations. At the crossroads of American, cultural, literary, media, gender, queer, disability and governmentality studies, the book presents a timely intervention into critical debates on body transformations and contemporary makeover culture.

A century after the Bauhaus's founding in 1919, this book reassesses it as more than a highly influential art, architecture, and design school. In myriad ways, emerging ideas about the body in relation to health, movement, gender, and sexuality were at the heart of art and life at the school. Bauhaus Bodies reassesses the work of both well-known Bauhaus members and those who have unjustifiably escaped scholarly scrutiny, its women in particular. In fourteen original, cutting-edge essays by established experts and emerging scholars, this book reveals how Bauhaus artists challenged traditional ideas about bodies and gender. Written to appeal to students, scholars, and the broad public, Bauhaus Bodies will be essential reading for anyone interested in modern art, architecture, design history, and gender studies; it will define conversations and debates during the 2019 centenary of the Bauhaus's founding and beyond.

Archaeology often struggles in envisioning real people behind the world of material objects it studies. Even when dealing with skeletal remains archaeologists routinely reduce them to long lists of figures and attributes. Such a fragmentation of past subjects and their bodies, if analytically necessary, is hardly satisfactory. While material culture is the main archaeological proxy to real people in the past, the absence of past bodies has been chronic in archaeological writings. At the same time, these past bodies in archaeology are omnipresent. Bodily matters are tangible in the archaeological record in a way most other theoretical centralities never appear to be. Ancient bodies surround us, in representations, in burials, in the remains of food preparation, cooking and consumption, in hands holding tools, in joint efforts of many individual bodies who built architecture and monuments. This collection of papers is a reaction to decades of the body's invisibility. It raises the body as the central topic in the study of past societies, researching its appearance in a wide variety of regional contexts and across vast spans of archaeological time. Contributions in this volume range from the deep Epi-Palaeolithic past of the Near East, through the European Neolithic and Bronze Age, Classical Greece and Late Medieval England, to pre-Columbian Central America, post-contact North America, and the most recent conflicts in the Balkans. In all these case studies, the materiality of the body is centre stage. Possibilities are highlighted for future study: by putting the body at the forefront of these archaeological studies an attempt is made to provoke the imagination and map out new territories.

Tests were conducted in transonic wind tunnels to investigate and verify experimentally methods for aerodynamically reducing errors due to sensor position, bow-wave passage, and angle of attack. The results indicated that aerodynamics devices of simple design may be employed to reduce errors in sensing static pressure to less than 0.5 percent at Mach numbers from about 0.40 to 1.15.

Wind-tunnel tests have been conducted to determine the errors of 3 seven static-pressure probes mounted very close to the nose of a body of revolution simulating a missile forebody. The tests were conducted at Mach numbers from 0.80 to 1.08 and at angles of attack from -1.7° to 8.4°. The test Reynolds number per foot varied from 3.35 x 106 to 4.05 x 106. For three 4-vane, gimbaled probes, the static-pressure errors remained constant throughout the test angle-of-attack range for all Mach numbers except 1.02. For two single-vane, self-rotating probes having two orifices at ±37.5° from the plane of symmetry on the lower surface of the probe body, the static-pressure error varied as much as 1.5 percent of free-stream static pressure through the test angle-of-attack range for all Mach numbers. For two fixed, cone-cylinder probes of short length and large diameter, the static-pressure error varied over the test angle-of-attack range at constant Mach numbers as much as 8 to 10 percent of free-stream static pressure.

Equivalent solid bodies for representing jet plumes in supersonic stream.