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Michigan Reports

Cases Decided in the Supreme Court of Michigan

Reports of Cases Decided in the Supreme Court of the State of Oregon

Cite as 263 Or. 293 Agreement without first giving Terry 10 days' written notice of
its intention to do so * * * in order to ... G. Terry and Gladys R. Terry in that they
did not protect the real property which is the subject to the Indemnity Agreement ...

Reports of Cases in the Supreme Court of Appeals of Virginia

Some vols. also contain reports of cases in the General Court of Virginia.

Else, 12 Moore 303, 571. 573 Urquhart v. King, 7 Ves. 225, 192 Utica Bank v.
Childs, 6 Cowen 238, 515 Vanneck and Deschamps, 2 Ves. jun. 716, 214,15 Van
Vechten r. Terry, 2 Johns. Ch. Eep. 197, 9 Vaughan and Williams, C'ro. Jac. 97.

Introduction to Business, by Michael J. Jucius and George R. Terry

Mammalogy

Mammalogy is the study of mammals from the diverse biological viewpoints of structure, function, evolutionary history, behavior, ecology, classification, and economics. Newly revised and updated, the fifth edition of Mammalogy aims to explain and clarify the subject as a unified whole. In recent years we have witnessed significant changes in the taxonomy of mammals. The authors have kept pace with such changes in the field and have revised each chapter to reflect the most current data available. New pedagogical elements, including chapter outlines and further reading sections, help readers grasp key concepts and explore additional content on their own. Two new chapters on domestication and mammal diseases are available on the Mammalogy website.

Newly revised and updated, the fifth edition of Mammalogy aims to explain and clarify the subject as a unified whole. In recent years we have witnessed significant changes in the taxonomy of mammals.

Approach to Coupling 3-D Deterministic Neutron Transport and Full Field Computational Fluid Dynamics

ABSTRACT: Multi-physics analyses, including coupled three-dimensional (3-D) neutron transport and full eld computational uid dynamics (CFD), represent the future in advanced modeling of reactor cores. 3-D neutron transport and full- eld CFD simulations provide highly re ned and accurate solutions based on rst principles. Such an approach incorporates the full spatial and temporal coupling of interrelated physical phenomena for more detailed reactor analysis. Ultimately, this provides an advanced analysis environment leading to improvements in the level of detail in modeling and reduction of uncertainties in reactor safety. A model of a pressurized water reactor (PWR) fuel pin was developed for a 3-D neutron transport calculation and a full- eld CFD calculation in support of the proof-of-concept for a coupled simulation tool. This work discusses the model requirements for predicting localized feedback e ects in a nuclear reactor using a multiphysics approach. All aspects of the coupling methodology are presented, including results from the independent models, initialization of the coupled calculation, and the data exchange between the codes.

This work discusses the model requirements for predicting localized feedback e ects in a nuclear reactor using a multiphysics approach.