Principles of Fluid Mechanics in Product Design, Michael R. Prisco, Ph.D

Description: Vintage Training Manual: Principles of Fluid Mechanics in Product Design (Travenol Laboratories, Inc.) Complete, Rare, and Historically Significant! Are you an engineering enthusiast, student, or professional with a passion for learning and history? This vintage training manual, developed by Travenol Laboratories, Inc. (now Baxter International), offers an unparalleled glimpse into the principles of fluid mechanics applied in product design during the late 1970s to early 1980s. Perfectly preserved, this binder is a treasure trove of engineering knowledge, complete with:•Comprehensive Curriculum: Detailed classes divided into sections, each packed with clear explanations and practical applications.•Supporting Materials: Fully referenced literature, ensuring in-depth understanding and real-world relevance.•Historical Connections: References to original training videos, some of which are still accessible online, offering a multimedia learning experience. This manual was used internally by Travenol Laboratories, a pioneer in the biomedical field, to train engineers in the fundamentals of fluid mechanics, emphasizing its role in innovative product design. Condition: Excellent. All sections are intact, and the content remains as relevant and insightful today as when it was first written. Why This Binder is Unique:•Represents a slice of engineering and biomedical history.•Valuable for current engineering students or professionals interested in retro technical training materials.•A rare find for collectors or institutions seeking to preserve knowledge from a foundational era in engineering design. Own a piece of history and elevate your understanding of fluid mechanics with this incredible binder. Don’t miss this opportunity to acquire an educational artifact that’s as inspiring as it is informative. Why the author of this material is so important: Dr. Michael R. Prisco, Ph.D., is a pivotal figure in the field of fluid dynamics and medical device engineering, with over 40 years of groundbreaking contributions to research, development, and innovation. His expertise spans **fluid mechanics**, **computational fluid dynamics (CFD)**, **mathematical modeling**, and the design of disposable medical devices. Dr. Prisco's career includes 33 years at Baxter Healthcare/Travenol Laboratories, where he held leadership roles in R&D, including Technical Director, driving advancements in biomedical engineering and product design[1][4]. A leader in applying fluid mechanics to real-world challenges, he has been instrumental in developing experimental designs and mathematical models that have shaped modern approaches to product development. His work extends beyond engineering into intellectual property and litigation support, further solidifying his reputation as a thought leader in the field[1][4]. Additionally, Dr. Prisco has shared his expertise as an adjunct professor at Northwestern University, mentoring the next generation of engineers[1]. In addition to his work in engineering, Dr. Prisco is an inventor with 17 U.S. patents, primarily focused on medical fluid delivery systems and dialysis technology. He is also a licensed Professional Engineer in Illinois and a lifetime member of the American Society of Mechanical Engineers Dr. Prisco's contributions have left an indelible mark on the integration of fluid dynamics into medical device innovation, making him a highly respected authority in his domain. Sources[1] Dr. Michael R. Prisco | Prisco Engineering Associates | Chicago IL https://www.priscoengineering.com/leadership[2] Effect of RVAD Cannulation Length on Right Ventricular Thrombosis ... https://pmc.ncbi.nlm.nih.gov/articles/PMC11082033/[3] Chemical Engineering at UCSB https://www.chemengr.ucsb.edu/sites/default/files/images/2020_cheme_newsletter_digital.pdf[4] Michael R. Prisco, PE, PhD - President - LinkedIn https://www.linkedin.com/in/mprisco[5] Fluid-dynamics modelling of the human left ventricle ... - ResearchGate https://www.researchgate.net/publication/229090385_Fluid-dynamics_modelling_of_the_human_left_ventricle_with_dynamic_mesh_for_normal_and_myocardial_infarction_Preliminary_study[6] The Dynamics of Fluidized Particles - ResearchGate https://www.researchgate.net/publication/241333538_The_Dynamics_of_Fluidized_Particles Disclaimer, this binder was previously part of a college library collection. As such it may include stampings such as library name, date stamps, 'friends' of the library or other distinguishing markings not original to the textbook/training materials listed.

Price: 99 USD

Location: Ventura, California

End Time: 2025-02-09T20:11:38.000Z

Shipping Cost: 0 USD