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PRE-ORDER NOW Biomechanics : An Introduction to Musculoskeletal Modeling by Krystyna Gielo-Perczak
PRE-ORDER NOW - Published: 31/12/2026
This full-color biomechanics textbook comprehensively covers biomechanics theory, while emphasizing and encouraging students' creativity through interactive examples using professional computer simulation software. It provides novel problem-solving techniques based on learning experiments and interactive computer simulations with design feedback requirements. Drawing on the author's more than 10 years of teaching experience and influenced by an original learning model, this book teaches multidisciplinary methods of resolving and approaching complex problems, supported by mathematical analysis about how design parameters are influenced by a user's physical and strength capabilities.Binding: Hardback
PRE-ORDER NOW - Published: 31/12/2026
This full-color biomechanics textbook comprehensively covers biomechanics theory, while emphasizing and encouraging students' creativity through interactive examples using professional computer simulation software. It provides novel problem-solving techniques based on learning experiments and interactive computer simulations with design feedback requirements. Drawing on the author's more than 10 years of teaching experience and influenced by an original learning model, this book teaches multidisciplinary methods of resolving and approaching complex problems, supported by mathematical analysis about how design parameters are influenced by a user's physical and strength capabilities.Binding: Hardback
$27.62
Original: $78.91
-65%PRE-ORDER NOW Biomechanics : An Introduction to Musculoskeletal Modeling by Krystyna Gielo-Perczak—
$78.91
$27.62Description
PRE-ORDER NOW - Published: 31/12/2026
This full-color biomechanics textbook comprehensively covers biomechanics theory, while emphasizing and encouraging students' creativity through interactive examples using professional computer simulation software. It provides novel problem-solving techniques based on learning experiments and interactive computer simulations with design feedback requirements. Drawing on the author's more than 10 years of teaching experience and influenced by an original learning model, this book teaches multidisciplinary methods of resolving and approaching complex problems, supported by mathematical analysis about how design parameters are influenced by a user's physical and strength capabilities.Binding: Hardback
