In the words of Lee Child on Gone to Dust, “I want more of Nils Shapiro.” Emmy-award winning and New York Times bestselling author Matt Goldman happily obliges by bringing the Minneapolis private detective back for another thrilling, standalone adventure in Broken Ice. Nils Shapiro has been hired to find missing Linnea Engstrom, a teenager from the small northern hockey town of Warroad, MN. Most of Warroad is in Minneapolis for the state high school hockey tournament, and Linnea never returned from last night’s game. Linnea’s friend Haley Housch is also missing—and soon found dead. Shot through the arm with an arrow at the Haley Housch crime scene, only the quick work of medical examiner Char Northagen saves Nil’s life. Nils should be in the hospital recovering from his near fatal injury, but he knows that the clock is ticking. Linnea could be anywhere, and someone doesn’t want her found. Is Linnea a victim, or is she playing a dangerous game? As bodies start piling up, the clues lead Nils and Ellegaard north to Warroad, a small, quiet town with many secrets to hide.

In the words of Lee Child on Gone to Dust, “I want more of Nils Shapiro.” Emmy-award winning and New York Times bestselling author Matt Goldman happily obliges by bringing the Minneapolis private detective back for another thrilling, standalone adventure in Broken Ice. Nils Shapiro has been hired to find missing Linnea Engstrom, a teenager from the small northern hockey town of Warroad, MN. Most of Warroad is in Minneapolis for the state high school hockey tournament, and Linnea never returned from last night’s game. Linnea’s friend Haley Housch is also missing—and soon found dead. Shot through the arm with an arrow at the Haley Housch crime scene, only the quick work of medical examiner Char Northagen saves Nil’s life. Nils should be in the hospital recovering from his near fatal injury, but he knows that the clock is ticking. Linnea could be anywhere, and someone doesn’t want her found. Is Linnea a victim, or is she playing a dangerous game? As bodies start piling up, the clues lead Nils and Ellegaard north to Warroad, a small, quiet town with many secrets to hide. At the Publisher's request, this title is being sold without Digital Rights Management Software (DRM) applied.

In 1969, an icebreaking tanker, the SS Manhattan, was commissioned by Humble Oil to transit the Northwest Passage in order to test the logistical and economic feasibility of an all-marine transportation system for Alaska North Slope crude oil. Proposed as an alternative to the Trans-Alaska Pipeline, the Manhattan made two voyages to the North American Arctic and collected volumes of scientific data on ice conditions and the behavior of ships in ice. Although the Manhattan successfully navigated the Northwest Passage—closing a five-hundred-year chapter of Arctic exploration by becoming the first commercial vessel to do so—the expedition ultimately demonstrated the impracticality of moving crude oil using icebreaking ships. Breaking Ice for Arctic Oil details this historic voyage, establishing its significant impact on the future of marine traffic and resource development in the Arctic and setting the stage for the current oil crisis.

As one of the five Arctic coastal states, Canada has a vested interest in the Arctic extended continental shelf. Breaking the Ice examines the political, legal, and scientific aspects of Canada’s efforts to delineate its Arctic extended continental shelf and our part in the international legal regime affecting it.

Tests in level ice on an idealized icebreaker bow in the shape of a simple wedge were conducted in the test basin. The horizontal and vertical forces on the wedge were measured, and floe size distribution in the wake of the wedge was observed. From the force measurements, the ice wedge/hull friction factor was calculated and found to be in general agreement with the friction factor measured in separate friction tests. The ice floe length and ice floe area measured in the current study were found to follow log-normal probability distributions defined by the length average L and area average A and corresponding standard deviations S sub L and S sub A. The results of these tests and other tests conducted at another facility showed that the ratios A/h squared and L/h (A = average floe area, L = average floe length, h = ice thickness) were, for the same type of model ice, directly proportional to the parameter sigma/gamma h (sigma = ice bending strength, gamma = specific weight of water) and sigma/gamma h, respectively, and independent of the velocity and ice strain modulus or ice characteristic length. However, the coefficients of proportionality appear to depend upon the type of model ice used in the tests. The ratios S-sub-L/A were independent of sigma/gamma h but varied with the bow shape and the type of ice. The available field data are not sufficient for meaningful comparison with the laboratory results. (Author).

"From the pressures of development, technological advances, globalization and climate change to social and cultural life, this book attempts to define the nature of competing demands and assess their impact on the environment. These essays provide a detailed examination of ocean and coastal management in the Canadian north, exploring a wide range of issues critical to environmental stewardship, and breaking the ice to connect academics, government managers, policy-makers, aboriginal groups and industry." --Book Jacket.

Introductory technical guidance for civil and structural engineers interested in force exerted by ice on structures. Here is what is discussed: 1. INTRODUCTION 2. MECHANICAL PROPERTIES OF ICE 3. ENVIRONMENTAL FORCES 4. FORCES LIMITED BY ICE FAILURE 5. FORCES LIMITED BY THE MOMENTUM OF AN ICE FEATURE 6. CANADIAN AND AMERICAN CODES 7. VERTICAL ICE FORCES.