After many years of preparation, the textbook “Hydraulic Fluid Power: Fundamentals, Applications, and Circuit Design” by Andrea Vacca and Germano Franzoni is finally available to the public.
The textbook covers the basics of hydraulic control systems, and it is suitable for engineering students at both graduate and undergraduate level, and also industry professionals. More details are available here
We are pleased to congratulate Tom Ransegnola for successfully defending his PhD thesis titled "A Strongly Coupled Simulation Model of Positive Displacement Machines for Design and Optimization." Tom's research consisted of the physical, numerical, and software implications of coupling the solution of all lubricating films of a positive displacing machine with its main displacing action. The toolbox he developed has contributed to major advancements in the modeling capabilities at Maha, both for existing machine designs as well as novel ones. We wish Tom all the best with his new career opportunity and his future endeavors.
We are pleased to congratulate Leandro Danes for successfully defending his PhD thesis titled, “Computational Methods for Designing New Passive Fluid Borne Noise Source Reduction Strategies in Hydraulic Systems.” Leandro's research comprised a numerical approach for modelling fluid-borne noise source (FBNS) generation and propagation in hydraulic systems and the development of a computational method for obtaining passive FBNS solutions for hydraulic applications. The proposed methods were verified as effective experimentally, and a tool for application engineers was proposed for the introduction of these elements. We wish Leandro all the best with his new career opportunity and his future endeavors.
Congratulations to Shaoyang Qu for winning the FPTCI Best Paper Award in 2020 IEEE Global Fluid Power Society PhD Symposium!
The awarded work is titled “Formulation, Design and Experimental Verification of an Open Circuit Electro-Hydraulic Actuator” .
The paper demonstrates one aspect of the EHA project “Individual Electro-Hydraulic Drives for Off-Road Vehicles” funded by the Department of Energy (DOE) and led by Prof. Andrea Vacca. The authors wish to thank Bosch Rexroth and CNH Industrial for their support in this work.
Congratulations to Andrea for being appointed by the Purdue Board of Trustees (Oct. 2nd, 2020) as the “Maha Fluid Power Faculty Chair”.
This prestigious endowment was previously held by the lab founder, the late Prof. Monika Ivantysynova.
This endowed chair position, resulting from the donation made by Otto Maha to Purdue University, is a proof of the firm commitment by Purdue University to continue leading the academic fluid power field for years to come!
Congratulations to Andrea for getting this prestigious award for his fluid power research!
The Joseph Bramah Fund was established in 1968 at the instigation of Mr Frank Towler, a Fellow of the Institution of Mechanical Engineers (1932-1977), who arranged for its support by industry to commemorate Joseph Bramah, the inventor of a patent lock, the hydraulic press and other inventions concerned with pumps, water supply and the production of pipes and tubes by the extrusion process.
Andrea Vacca was awarded the 2019 Joseph Bramah Medal “for contributions to fluid power research, particularly related to gear pumps, and for co-ordination of the global fluid power research community”.
More details on the this award can be found at https://www.imeche.org/careers-education/scholarships-and-awards/awards-g-l/joseph-bramah-medal, where a list of the past recipients (including Monika Ivantisynova in 2009) is also reported.
Congratulations to Dr. Lizhi Shang for becoming Assistant Professor in fluid power systems.
Lizhi is a former student of Dr. Monika Ivantysynova, the founder of the Maha Fluid Power Research Center. He will bring his strong expertise in piston pump design and modeling to Maha. Lizhi’s research interests also include AI-aided tribology simulation, energy harvesting systems design in petroleum applications, and centrifugal pump CFD analysis.
Lizhi will join Maha with a joint appointment between the Department of Agricultural and Biological Engineering and the School of Mechanical Engineering.
The Vehicle Technologies Office (VTO) of DOE just announced supporting the Purdue Maha-led project “A New Approach for Increasing Efficiency of Agricultural Tractors and Implements” with $2.5M.
This exciting project has an overall budget of $3.2M and it will revisit the way the high-pressure hydraulic system of agriculture vehicles is designed, with the aim of doubling the energy efficiency with respect to the current state of the art.
The project will have as key partners Case New Holland Industrial (G. Kassen), Bosch Rexroth (E. Busquets), and the National Renewable Energy Laboratory (C. Zhuang).
More info on this DOE program are on the following links: DOE Article / Detailed Information
We are pleased to congratulate Nate Keller for successfully defending his PhD thesis titled, “Condition Monitoring Systems for Axial Piston Pumps: Mobile Applications.” His PhD research focused on developing condition monitoring processes for axial piston pumps on mobile equipment by implementing machine learning techniques to detect valve plate faults. Throughout his years at Maha, he was instrumental in developing novel and efficient hydraulic system designs for various mobile machines, such as combine harvesters, wheel loaders, skid steers, excavators, sugarcane harvesters, and the world’s first hydraulic hybrid SUV. We wish Nate all the best with his new career opportunity and his future endeavors.
We would like to congratulate Rituraj for successfully defending his PhD thesis titled "Numerical Methodologies for Modelling the Key Aspects Related to Flow and Geometry in External Gear Machines (EGMs)". During his PhD, Rituraj investigated several aspects related to the operation EGMs (such as internal flow regime, manufacturing tolerances, friction etc.) and developed numerical techniques to model their effects on the performance of EGMs. His work has led to significant advancements in the simulation capabilities of EGMs at Maha. We wish Rituraj all the best in his future endeavors!
Maha congratulates Daniel Hasko for his PhD thesis defense on “Virtual methods to improve the performance of swash plate type axial piston machines”. Daniel spent most of his PhD study period at Maha, working on the validation of the FSTI piston pump model, under the supervision of Prof. Monika Ivantysynova. The positive results he accomplished during his PhD represent one of the strongest confirmation of the validity of the simulation approaches that Monika proposed for axial piston pumps. Daniel, thanks for this great achievement for Maha!
Unfortunately, not all Maha news are good news.
It is with great sadness that we report the passing of Prof. Nicola Nervegna. He passed away on November 12, after fighting a long disease.
Prof. Nervegna led the fluid power team at the Politecnico di Torino, Italy for several decades. He was one of the most acknowledgeable scientists in the fluid power discipline, and also a tremendous instructor. He shaped several generations of fluid power engineers in Italy, and he made outstanding contributions also in research.
Andrea Vacca learned a lot from Nervegna’s books and publications, and till now he keeps using a portion of Nervegna’s material in his fluid power lectures. For Andrea, Prof. Nervegna was an example to be taken for knowledge, rigorousness as academic integrity. The whole fluid power community, and in particular the Italian one, will miss him a lot. Good bye, Prof.
Andrea Vacca delivered a keynote lecture at the 20th International Conference of Fluid Power and Mechatronic Control Engineering (ICFPMCE 2019) in Jiaxing, China. The lecture was given on November 9th, right after the opening ceremony of the conference. His lecture on “An efficient electro-hydraulic drive technology for off-road vehicles” was given in front of an audience of about 500 conference delegates. Andrea was also involved in the following roundtable discussion on future trends for fluid power research.
Congratulations to Andrew Robison and Dr. Andrea Vacca for winning the 2018 ASME/Bath FPMC Best Paper Award for the work titled “Multi-Objective Geometric Optimization of Elliptical-Toothed Gerotor Pumps For Kinematics and Wear by Genetic Algorithm”
Paul Kalbfleisch was the featured researcher of the linked article "A sound foundation for a fluid future". In the article, Paul discusses his experiences at the Maha Fluid Power Research Center!
From June 4-6, the Maha Fluid Power Research Center, in collaboration with CCEFP (the Center for Compact and Efficient Fluid Power), honored the legacy of Maha founder Dr. Monika Ivantysynova with a summit that brought over 160 attendees from all over the world together to discuss the latest innovations in fluid power. Academic institutions represented at the summit include Politecnico di Torino (Italy), the University of Naples (Italy), TU Dresden (Germany), Tampere University of Technology (Finland), the Universities of Missouri, Minnesota, and Wisconsin, and Georgia Tech. However, the summit was anything but exclusively academic---as Maha has always placed great value on connecting with, and keeping its research relevant to, industry, circa half of the attendees were company representatives. The industrial giants present at the event include Artemis Intelligent Power Ltd., Bosch Rexroth, Case New Holland, John Deere, Bobcat, KYB, Caterpillar, Cummins, Danfoss Power Solutions, Ford, General Motors, Stackpole International, Gamma Technologies, Magna, Allison Transmissions, Woodward, Parker Hannefin, Poclain, Hydraforce, Walvoil, Dana, Sun Hydraulics and others. Together, industry and academia shared over 30 presentations on topics ranging from pump noise prediction, to hydraulic systems in autonomous vehicles, to the innovation of new pump concepts, to the simulation and virtual prototyping of more traditional pump designs (axial piston machines, vane pumps), to the development of novel fluids, to the conversion and storage of energy in hydraulic systems. The Maha Fluid Power Research Center would like to thank everyone who made this event possible, and, of course, all attendees!
We are glad to announce that Paul Kalbfleisch was selected to receive the 16th Scandinavian International Conference on Fluid Power Best Paper Award. Paul’s presentation titled “Swashplate Type Axial Piston Pump Noise Diagnostics for Design” was presented during the conference in Tampere, Finland on May 22-24, 2019.
The Maha Lab participated in the Automobili-D 2019 event connected to the famous 2019 North America Auto Show (Jan. 14-17). A booth of the lab highlighted the main research activities of Purdue in the area of fluid power, particularly for automotive applications. Thanks to the support of Magna Powertrain, we were able to show our research capability and accomplishments to the vast audience of automotive engineers!
We would like to congratulate Ryan Jenkins for the successful defense of the PhD thesis on "An analysis of a pressure compensated control system of an automotive vane pump." We wish you all the best in your new career!
Maha became the venue of celebrating the life of Dr. Monika Ivantysynova. Purdue Officials, professors, past and present students have gathered to create a wonderful night in honor of Monika.
Purdue is looking for a candidate preferably in the rank of Assistant or Associate Professor, with research interests that matches the directions of the Maha Fluid Power Research Center established by Prof. Monika Ivantysynova.
The position will be joint between the Dept. of Agricultural and Biological Engineering and the School of Mechanical Engineering, and Prof Andrea Vacca is serving as the chair of the faculty search committee.
Check the following link for more details: https://www.purdue.edu/ethics/Search_Screen/Faculty_Openings/Engineering/3994-2018.html
Dr. Andrea Vacca was invited to give a talk on “Unique and Next Generation Developments with Hydraulic Systems” at the Bosch Rexroth MOBILE TECHDAYS 2018, October 9-11 Greenville SC. This important fluid power event covered the most recent innovation trends in mobile hydraulics Bosch Rexroth is focusing on. Dr. Vacca was the only academic speaker invited into this event, and more than 300 people attended his speech.
Maha is glad to announce that Dr. Divya Thiagarajan received the best paper award at the ASME/Bath Symposium on Fluid Power and Motion Control, 2018 on the paper titled "Modeling of the Lateral Lubricating Interfaces in External Gear Machines Considering the Effects of Cavitation" which she presented in ASME Symposium on Fluid Power and Motion Control, 2017. She pursued her PhD at Maha Fluid Power Research Center with Dr. Vacca as her primary advisor.
The Maha Team celebrates with Prof. Andrea Vacca on his promotion from Associate Professor to Full Professor. We congratulate Prof. Vacca on this milestone which is in recognition of his outstanding research contributions to Purdue University and the Fluid Power Industry.