F Casesnoves Msc Bsc In Physics,Md,Mphil Medicine & Surgery Email & Phone Number

From 2005 to Present, I carried out an intense Activity as Researcher in Medical Physics and Computational Bioengineering. I published about 12 Interrnational works (from Peer-reviewed Papers to Contributed Lectures, and Peer-reviewed Presentation-Posters, and designed new and innovative Research Projects).These initial 4 years at England, became an important Professional-Leap in the progress of my Career as Spanish-born Researcher working-living at the Global Research Western Market. I… Show more From 2005 to Present, I carried out an intense Activity as Researcher in Medical Physics and Computational Bioengineering. I published about 12 Interrnational works (from Peer-reviewed Papers to Contributed Lectures, and Peer-reviewed Presentation-Posters, and designed new and innovative Research Projects).These initial 4 years at England, became an important Professional-Leap in the progress of my Career as Spanish-born Researcher working-living at the Global Research Western Market. I started to publish by myself, and carry out the investigation task with an International range.Y seamus tralara.The Research Field was mainly Bioengineering/Biomechanics, but also Nonlinear Optimization and Inverse Treatment Planning Methods in Radiotherapy. Show less

RECENT PUBLICATIONS (I)=======================‘Determination of absorbed doses in common radiodiagnostic explorations’ Casesnoves, F; 5th National Meeting of Medical Physics.Madrid, Spain. September 1985.‘Large-Scale Matlab Optimization Toolbox (MOT) Computing Methods in Radiotherapy Inverse Treatment Planning’ Casesnoves, F. High Performance Computing Meeting. Nottingham University, UK. January 2007.“A new radiological Optimization Method for lumbar Artificial Disc… Show more RECENT PUBLICATIONS (I)=======================‘Determination of absorbed doses in common radiodiagnostic explorations’ Casesnoves, F; 5th National Meeting of Medical Physics.Madrid, Spain. September 1985.‘Large-Scale Matlab Optimization Toolbox (MOT) Computing Methods in Radiotherapy Inverse Treatment Planning’ Casesnoves, F. High Performance Computing Meeting. Nottingham University, UK. January 2007.“A new radiological Optimization Method for lumbar Artificial Disc Imaging in Biomechanics” Casesnoves, F. UK Doctoral Conference. Nottingham University, UK. June 2007.‘A Monte-Carlo Optimization method for the movement analysis of pseudo-rigid bodies’ Casesnoves, F. 10th SIAM Conference in Geometric Design and Computing, Texas, San Antonio, USA. Contributed talk. November 2007.‘A Computational Radiotherapy Optimization Method for Inverse Planning with Static Wedges’ Casesnoves, F. High Performance Computing Conference. Nottingham University, UK. January 2008.‘New Metal-Polymer Radio-Opaque Materials for Polymeric Total Disc Replacements’. Spine Arthroplasty Society. Miami FL, USA. May 2008 Conference.’An Optimization Method for anterior vertebral body morphometry to enhance surgical devices’ Casesnoves F. Lecture-Poster. 2008 SIAM Conference of Imaging Science. San Diego CA, USA. July 2008.’Simulations of the Numerical Reuleaux Method for Lumbar Artificial Disc Implants IRC Determination’ Casesnoves F. Presentation-Poster. 2009 SIAM Conference in Computational Science and Engineering. Miami USA. March 2009. ‘Optimal Nonlinear Approximations and Errors Reduction in Numerical Reuleaux Method (NRM) Pseudo-Rigid Bodies Dynamics’ Casesnoves, F. Invited Contributed Lecture. Presented at Nonlinear Approximation Schedule: 13th International Conference in Approximation Theory. San Antonio (Texas) USA. March 2010. Show less

RECENT PUBLICATIONS (II)=======================‘Computational Simulations of Anterior Vertebral Surface for Statistical Optimization in Surgical Instrumentation Design’. Peer-Reviewed ASME Conference Paper (American Society of Mechanical Engineers). Proceedings of the 2010 Design of Medical Devices Conference. April 13-15, 2010, Minneapolis, MN, USA.‘Computational Simulations of Anterior Vertebral Surface for Statistical Optimization in Surgical Instrumentation Design’… Show more RECENT PUBLICATIONS (II)=======================‘Computational Simulations of Anterior Vertebral Surface for Statistical Optimization in Surgical Instrumentation Design’. Peer-Reviewed ASME Conference Paper (American Society of Mechanical Engineers). Proceedings of the 2010 Design of Medical Devices Conference. April 13-15, 2010, Minneapolis, MN, USA.‘Computational Simulations of Anterior Vertebral Surface for Statistical Optimization in Surgical Instrumentation Design’. Peer-Reviewed ASME Conference Poster (American Society of Mechanical Engineers). Proceedings of the 2010 Design of Medical Devices Conference. April 13-15, 2010, Minneapolis, MN, USA.Peer-reviewed article in major revisions. Radiotherapy Treatment Planning Multiobjective Optimization and Approximations with the Anisotropic Analytic Algorithm (AAA).Peer-reviewed article submitted. Collapsed Cone Algorithms for Radiotherapy Treatment Planning in Pancreatic Cancer.'Spinal Biomechanics Mathematical Model for Lumbar Intervertebral Ligaments' Casesnoves, F. Peer-reviewed Presentation-Poster SIAM Conference. 2011 SIAM Conference on Computational Science and Engineering. Reno, Nevada, USA. February 2011.Accepted as Number 1 (and ready yet). 'Theory and Primary Computational Simulations of the Numerical Reuleaux Method' Casesnoves, F. Peer-reviewed Article, accepted by IAENG (International Association of Engineers) International Journal of Applied Mathematics as Peer-reviewed Conference Paper.November 3rd. 2010.I rejected this accepted publishing option. Show less

EXAMPLES OF BIOENGINEERING/ENGINEERING INVENTIONS======================================================During my EPSRC Award,Mechanical Engineering Dept, Nottingham University,and while living in England (2005-Present),I made and published a series of Bioengineering/Aerospace Engineering inventions.Some of them are,The Numerical Reuleaux Method (3-4 Publications).The applications of this Method are based on Aerospace Engineering/Bioengineering.This Method was invented by F… Show more EXAMPLES OF BIOENGINEERING/ENGINEERING INVENTIONS======================================================During my EPSRC Award,Mechanical Engineering Dept, Nottingham University,and while living in England (2005-Present),I made and published a series of Bioengineering/Aerospace Engineering inventions.Some of them are,The Numerical Reuleaux Method (3-4 Publications).The applications of this Method are based on Aerospace Engineering/Bioengineering.This Method was invented by F Casesnoves, a Spanish-born Researcher, at Biomechanics Lab, Nottingham University.2007 (January).The Turbulence Energy Absorbing System (TEAS).The method allows the plane wings to rotate a small amount of degrees around fuselage to absorb the Turbulence Energy while the plane is landing and/or similar situations (robotic-manual control, up to the pilot).The Method applications are based on Aerospace Engineering.This invention was created by F Casesnoves at Biomechanics Lab,Nottingham University.2006 (October).The Thermal-Adapted Catheter (TAC).This inovative Cardiovascular Catheter is set into the patient in hipothermic (-7 to -10) conditions during Surgery.After recovering the normal body temperature,the special material-structure of the Catheter expands and becomes rigid, light increases, and blood flux is fluent.This invention was created by F Casesnoves at Biomechanics Lab,Nottingham University.2007 (May).The Attack-Navy-Helicopter-Boat (ANHB).The ANHB allows the Navy to carry out Elite Missions with the facilities to avoid radars partially/totally, and a number of additional operative advantages.This ANHB is also useful for Coast-Guard Services, to facilitate the Coast Control with a Boat that eventually can turn into an Helicopter.This Invention was made by F Casesnoves.November 2010.UK. This invention was sent without any profit to USA Navy Research Officers.I don't work in Defense,and this is a very simple contribution to the Freedom and the Western Democratic System. Show less

Contract-Grant of about 1 month at Park City Maths Institute. Utah.Park City Maths Institute is a Branch of Institute for Advanced Study. Princeton University. New Jersey. USA.To research at GSS and carry out Scientific Publications.During that time, I submitted two scientific publications, and planned others.The Research Program was developed during the summer 2010. The Professors and Researchers that carried out the teaching and worked as Investigation Advisors… Show more Contract-Grant of about 1 month at Park City Maths Institute. Utah.Park City Maths Institute is a Branch of Institute for Advanced Study. Princeton University. New Jersey. USA.To research at GSS and carry out Scientific Publications.During that time, I submitted two scientific publications, and planned others.The Research Program was developed during the summer 2010. The Professors and Researchers that carried out the teaching and worked as Investigation Advisors were selected among the current relevant Applied Mathematicians worlwide.The program was mainly focused on Imaging Science Numerical Methods, Mathematical Modeling, Algebra Linear Systems Techniques, and Optimization. I learnt Linear Optimization and Inverse Linear Methods related to Imaging Processing Techniques.Those days at the IAS/Park City Institute were one of the happiest among all my summers. Because I had an inmense amount of maths, programming ideas, and new knowledge, combined with the incredible lunchs watching the sunny Utah mountains and having fresh air and highest-quality mountain-water. All the teachers were great professionals (very difficult to choose the best), and the American-style of working impressed me, united to their positive, high-energy, and good-humour sense while making any research task. Show less

A brief Summary of the Research Program that was developed according to the guidelines of the Institute for Advanced Study is as follows,-Sparsity-Based Signal Acquisition and Processing-Total-Variation based Image Reconstruction-Sparse & Redundant Represemtations. Theory and Applications in Image Processing. -Sparse Approximation Techniques, Mathematical Algorithms, and Programming Tools.-Image Recognition Methods and Robotic Applications in Computer… Show more A brief Summary of the Research Program that was developed according to the guidelines of the Institute for Advanced Study is as follows,-Sparsity-Based Signal Acquisition and Processing-Total-Variation based Image Reconstruction-Sparse & Redundant Represemtations. Theory and Applications in Image Processing. -Sparse Approximation Techniques, Mathematical Algorithms, and Programming Tools.-Image Recognition Methods and Robotic Applications in Computer Vision and Machine Learning.-Efficient Signal Representation.-Wavelets and Wavelet Frames in Imaging Science.-Numerical Methods for Elasticity Problems in Biomechanics.-Statistical Models & Methods in Image Analysis.I focused my research mainly on Nonlinear applications of these Techniques and Inverse Approximation methods.During this Research Contract I also fund time to enjoy the tasty American Cuisine (bacon, fish, salmon, burguers, chocolate cakes, American Breakfast Tortilla, American Fuits and Vegetables, Roasted Cow, and American Cereals with Honey and Milk). I also got sparse time in the afternoons to swim in the pool (alberca), watch and enjoy the nice Mountains of Utah and the Mountains Region in general. I knew new people and held amusing conversations during the coffee breaks from time to time. Show less

Problems Teaching Assistant at Mechanical Engineering Department, Nottingham University, Spring Semester 2007. About 12 teaching hours and 20 hours of Exercises preparation.The focus of this course was to introduce the undergraduate students into the main concepts of Mechanical Statics and Dynamics. THe problems explained were about a large variety of basic topics. Forces, Momentums, Vectorial Calculus applied on Dynamics. Mechanical Structures Analysis, and Problem-solving of… Show more Problems Teaching Assistant at Mechanical Engineering Department, Nottingham University, Spring Semester 2007. About 12 teaching hours and 20 hours of Exercises preparation.The focus of this course was to introduce the undergraduate students into the main concepts of Mechanical Statics and Dynamics. THe problems explained were about a large variety of basic topics. Forces, Momentums, Vectorial Calculus applied on Dynamics. Mechanical Structures Analysis, and Problem-solving of Mechanical Systems and Machines. Show less

Teaching Assistant in Thermal Fluids Lab at Mechanical Engineering Department, Nottingham University. Autumn Semester 2006. About 18 teaching hours, and 24 hours of Exercises corrections.at Mechanical Engineering Department, Nottingham University.The work as Assistant Professor during this Laboratory was related to Thermal Fluids and basic Electro-Thermal Physical Phenomena. Some workshops were also related to Viscosity, Experimental Data Analysis and Error calculations, and precise… Show more Teaching Assistant in Thermal Fluids Lab at Mechanical Engineering Department, Nottingham University. Autumn Semester 2006. About 18 teaching hours, and 24 hours of Exercises corrections.at Mechanical Engineering Department, Nottingham University.The work as Assistant Professor during this Laboratory was related to Thermal Fluids and basic Electro-Thermal Physical Phenomena. Some workshops were also related to Viscosity, Experimental Data Analysis and Error calculations, and precise techniques to measure Temperature.In addition, undergraduate students were taught about how to make a Laboratory Report, and present rigorously the Experimental Analysis, Data, Statistics, Discussion, and Conclusions. Show less

OFFICIAL CERTIFICATION SIGNED BY THE RESEARCHCOMMITTEE OF THE GENERAL UNIVERSITY HOSPITALGREGORIO MARAÑON.EXPERIMENTAL SURGERY RESEARCHUNIT.MADRID.SPAIN.I was working as Researcher in the Electromagnetism Filed during 1 year. The assigned Research Project was 'Thermal Proteins'. The contract was for 1 year, and I carried out this work while studying my MSc Degree in Physics at Eastern Finland University.

I started to work in General Medicine in 1984, after my Graduation in Medicine & Surgey (1983). I worked mainly in Health Centres and Primary Attention Teams. During my contract at Portugal Avenue Healt District from 1986 to 1988, I started to develop Pharmacological Optimization Methods to treat Blood-Hipertension patients, whose prevalence/incidence at Primary Attention is high. Especially, I carried out innovative hipertension drugs optimal combination for High-Resiliance Blood-Hipertension… Show more I started to work in General Medicine in 1984, after my Graduation in Medicine & Surgey (1983). I worked mainly in Health Centres and Primary Attention Teams. During my contract at Portugal Avenue Healt District from 1986 to 1988, I started to develop Pharmacological Optimization Methods to treat Blood-Hipertension patients, whose prevalence/incidence at Primary Attention is high. Especially, I carried out innovative hipertension drugs optimal combination for High-Resiliance Blood-Hipertension patients (also very frequent in Clinics). Later on, in 1991 at V Centennial Health Centre, I designed a pioneering Monte-Carlo Statistical Method to control and optimize the Clinical Data and Files of patients in Primary Attention. Further Computational FORTRAN Techniques and Mathematical Developments with this Method were used to obtain a good grade in Advanced Biostatistics Course at Kuopio University (today Eastern Finland University). This course, together with Applied Statistical Methods for Engineers Course, was performed during my Master and Bachelor Degree in Physics at Eastern Finland University, in 1999.I carried out the initial Physics Studies at Madrid University, while working in Clinical Medicine to fund the expenses and books. This was a challenging and very difficult stage of my life, but I started to learn Maths and Physics Methods. Many weeks I only slept 4 hours every night, but a new world of Practical Techniques and Maths was suddenly opened to my mind. And this new knowledge allowed me to begin to find innovations and Mathematical tools in Medical Technology. Show less

Msc, Physics And Mathematics (Kuopion Yliopisto Is Eastern Finland University Currently)

Activities and Societies: Master of Science in Physics and Maths. Good Expedient overall. Medical Physics Branch. KUOPION YLIOPISTO IS.

Bsc, Physics And Mathematics (Kuopion Yliopisto Is Eastern Finland University Currently)

Activities and Societies: To study and research in applied Physics and Maths KUOPION YLIOPISTO IS EASTERN FINLAND UNIVERSITY.

Mphil In Medical Physics & Dosimetry (Excellent), Low Energies Radiological Dosimetry

Activities and Societies: Medical Physics Department. Medicine Faculty. Complutense University of Madrid. Spain. Master in Philosophy.

Graduate In Medicine And Surgery, Medicine (Medical Pathology Mainly) & Surgery (Surgical Pathology Mainly)

Activities and Societies: Professional Member of the Madrid City Medical Council from 1983 to 2005. Graduate in Medicine and Surgery (24.

Secondary Studies Degree (Excellent Overall), Sciences Branch (Mathematics, Physics, & Chemistry), Madrid City Public School Institute 'Gran Capitan' (Formerly 'Alvimar' Institute). 7 Academic Years.

Activities and Societies: SECONDARY STUDIES DEGREE (EXCELLENT OVERALL), SCIENCES BRANCH (MATHEMATICS, PHYSICS, & CHEMISTRY) Secondary.