Most Popular Books by Bert R

An inspiring guide to playing your personal best in the sport of life As an orthopedic surgeon, a finish-line physician, and a USA team doctor at the World Cup and the Olympics, Dr. Bert Mandelbaum has witnessed the trials and triumphs of elite athletes from a vantage point few of us get. And over his twenty-plus years of experience, he’s identified a common character trait that every elite athlete relies upon for success: it’s what he calls the “victorious spirit.” In The Win Within, Mandelbaum reveals that any of us—no matter our age or physical condition—can capture that same spirit in our own lives. This inner drive to win resides in all of us, he argues, hardwired into our DNA by ancestry dating back millions of years. You’ll learn how to view life the way a top-performing athlete does: relentlessly, tenaciously, positively, and focusing less on the finish line of the marathon and more on the 26.2 miles that precede it. With narrative support ranging from the lessons of our early ancestors to Mandelbaum’s stories of our modern-day gladiators (both household name and lesser known), The Win Within will give you a greater understanding of how and why we’re all hardwired to win—and you’ll come away with no shortage of tactics and motivation to capture your own victorious spirit.

Cartilage defects affect patients of all age groups. Surgeons, teamdoctors, general practitioners and physiotherapists alike are expected to provide adequate care. Only individual treatment plans combining a well balanced choice of various options will be successful. Background knowledge, operative and non-operative therapies are described in concise chapters: Articular cartilage biology - Diagnostics - Surgical techniques - Symptomatic and alternative medications - Physiotherapy. Diagnostic findings and surgical procedures are generously illustrated by aquarelles and colour photographs. Recommendations for additional reading, description of important clinical scoring systems and a listing of analytic tools are added for further information.

The Social Psychology of Bargaining and Negotiation focuses on the integrative survey of work done in social psychology on the processes of negotiation and bargaining. The publication first takes a look at bargaining relationship, an overview of social psychological approaches to the study of bargaining, and the social components of bargaining structure. Discussions focus on the number of parties involved in the bargaining exchange, factors affecting bargaining effectiveness, structural and social psychological characteristics of bargaining relationships, and availability of third parties. The text then examines the issue components of bargaining structure and bargainers as individuals, including individual differences in personality and background, interpersonal orientation, issue incentive magnitude and reward structure, and intangible issues in bargaining. The book ponders on social influence and influence strategies and interdependence. Topics include motivational orientation, parameters of interdependence in bargaining, overall pattern of moves and countermoves, and appeals and demands. The publication is a valuable source of data for researchers interested in the social psychology of bargaining and negotiation.

From 20th international instrumentation symposium; Albuquerque, New Mexico, USA (21 May 1974). Initial measurements to evaluate the feasibility of extracting energy from hot-dry rock in Precambrian basement (granite) employing hydraulic-fracturing techniques were explored in the LASL Granite Test Hole No. 1. Following a series of hydrology experiments in the 785-m (2575 ft) depth hole, preparations were made to instrument a series of hole-pressurization and hydraulicfracturing experiments. The instrumentation was designed to measure breakdown pressure, crack-extension pressure, and shut-in pressure for each fracture and to determine principle tectonic stresses, breakdown stress for hydraulic fracturing, and leak-off rate for fracturing fluid. (auth).

A new method of extracting natural heat from the earth''s crust was invented at the Los Alamos National Laboratory in 1970. It uses fluid pressures (hydraulic fracturing) to produce cracks that connect two boreholes drilled into hot rock formations of low initial permeability. Pressurized water is then circulated through this connected underground loop to extract heat from the rock and bring it to the surface. The creation of the fracture reservior began with drilling boreholes deep within the Precambrian basement rock at the Fenton Hill Test Site. Hydraulic fracturing, flow testing, and well-completion operations required unique wellbore measurements using downhole instrumentation systems that would survive the very high borehole temperatures, 320/sup 0/C (610/sup 0/F). These instruments were not available in the oil and gas industrial complex, so the Los Alamos National Laboratory initiated an intense program upgrading existing technology where applicable, subcontracting materials and equipment development to industrial manufactures, and using the Laboratory resource to develop the necessary downhole instruments to meet programmatic schedules. 60 refs., 11 figs.