Biomechanics a case-based approach by Flanagan, Sean P. 1968-

Table of Contents: “…Introduction -- Describing motion : linear kinematics in one dimension -- Describing motion : linear kinematics in two dimensions -- Describing motion : angular kinematics -- Describing motion : inertia and momentum -- Explaining motion I : linear kinetics -- Explaining motion II : angular kinetics -- Work-energy -- Collisions, impacts, and the conservation laws -- Mechanics of the human frame -- Muscle-tendon mechanics -- Single joint concepts -- Lower extremity biomechanics -- Biomechanics of the axial skeleton -- Upper extremity biomechanics -- Multi-joint concepts -- Putting it all together.…”

Biomechanics principles and applications

Subjects: “…Biomechanics…”

Biomechanics a case-based approach by Flanagan, Sean P. 1968-

Subjects: “…Biomechanics…”

Orthopedic biomechanics by Brinckmann, Paul, Frobin, W., Leivseth, Gunnar, Drerup, B.

Table of Contents: “…Basic concepts from physics and mechanics -- Mechanical properties of solid materials -- Deformation and strength of structures -- Vector algebra -- Matrix notation -- Translation and rotation in a plane -- Mathematical description of translation and rotation in three-dimensional space -- Mechanical properties of bone and cartilage -- Structure and function of skeletal muscle -- Mechanical aspects of skin -- Dimension, mass, location of the center of mass and moment of inertia of the segments of the human body -- Determination of joint load in a model calculation -- Mechanical aspects of the hip joint -- Mechanical aspects of the knee joint -- Mechanical aspects of the lumbar spine -- Mechanical aspects of the shoulder -- Biomechanics of the foot -- Gait -- Solved problems…”

Occupational biomechanics by Chaffin, Don B

Basic biomechanics by Hall, Susan J. (Susan Jean) 1953-

Subjects: “…Biomechanics…”

Introductory biomechanics from cells to organisms by Ethier, Christopher Ross 1959-

Subjects: “…Biomechanics.…”

Football biomechanics

Subjects: “…Biomechanics…”

Research methods in biomechanics by Robertson, D. Gordon E. 1950-, Caldwell, Graham E. 1954-, Hamill, Joseph 1946-, Kamen, Gary, Whittlesey, Saunders N.

Table of Contents: “…Miller, and Joseph Hamill -- Analysis of biomechanical waveform data / Kevin J. Deluzio, Andrew J. …”

Biomechanics of spine stabilization by Benzel, Edward C.

Subjects: “…Biomechanical Phenomena.…”

MILITARY INJURY BIOMECHANICS : The Cause and Prevention of Impact Injuries /

The biomechanics of sports techniques by Hay, James G.

Subjects: “…Biomechanics…”

Biomechanical systems technology

Subjects: “…Biomechanics…”

Introduction to sports biomechanics analysing human movement patterns by Bartlett, Roger

Biomechanics of sport and exercise by McGinnis, Peter M.

Table of Contents: “…Forces : maintaining equilibrium or changing motion -- Linear kinematics : describing objects in linear motion -- Linear kinetics : explaining the causes of linear motion -- Work, power, and energy : explaining the causes of motion without Newton -- Torques and moments of force : maintaining equilibrium or changing angular motion -- Angular kinematics : describing objects in angular motion -- Angular kinetics : explaining the causes of angular motion -- Fluid mechanics : the effects of water and air -- Mechanics of biological materials : stresses and strains on the body -- The skeletal system : the rigid framework of the body -- The muscular system : the motors of the body -- The nervous system : control of the musculoskeletal system -- Qualitative biomechanical analysis to improve technique -- Qualitative biomechanical analysis to improve training -- Qualitative biomechanical analysis to understand injury development -- Technology in biomechanics…”

Biomechanics of sport and exercise by McGinnis, Peter Merton 1954-

Table of Contents: “…Forces -- Linear Kinematics -- Linear Kinetics -- Work, Power, and Energy -- Torques and Moments of Force -- Angular Kinematics -- Angular Kinetics -- Fluid Mechanics -- Mechanics of Biological Materials -- The Skeletal System -- The Muscular System -- The Nervous System -- Qualitative Biomechanical Analysis to Improve Technique -- Qualitative Biomechanical Analysis to Improve Training -- Qualitative Biomechanical Analysis to Understand Injury Development -- Technology in Biomechanics -- Other Applications of Biomechanics…”

Orthopaedic Biomechanics Made Easy

Optical measurement methods in biomechanics

Basic biomechanics of the musculoskeletal system

Table of Contents: “…Biomechanics of bone -- 3. Biomechanics of articular cartilage -- 4. …”

Fundamental biomechanics of sport and exercise by Watkins, James

Subjects: “…Biomechanical Phenomena.…”