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Publications by David Amarantini

A Two-Step EMG-and-optimization Process to Estimate Muscle Force During Dynamic Movement

Journal of Biomechanics

Sports Medicine

Biomedical Engineering

English

An EMG-Driven Biomechanical Model That Accounts for the Decrease in Moment Generation Capacity During a Dynamic Fatigued Condition

Journal of Biomechanical Engineering

Biomedical Engineering

English

Related publications

Voluntary EMG-to-force Estimation With a Multi-Scale Physiological Muscle Model

BioMedical Engineering Online

Nuclear Medicine

Ultrasound Technology

Biomedical Engineering

English

EMG-to-force Estimation With Full-Scale Physiology Based Muscle Model

English

Partition Optimization for a Random Process Realization to Estimate Its Expected Value

Serbian Journal of Electrical Engineering

Electronic Engineering

Mechanical Engineering

Energy Engineering

Computer Networks

Systems Engineering

Power Technology

English

A Two Phase Decrease in Force and Intracellular Ca2+ During the Relaxation of Mouse Lumbricle Muscle

Biophysical Journal

English

Muscle Architecture and EMG Activity Changes During Isotonic and Isokinetic Eccentric Exercises

European Journal of Applied Physiology

Sports Medicine

Occupational Health

English

The Predictive Validity of a Two-Step Selection Process to Medical Schools

Journal of Biomedical Education

English

A Method to Estimate Effective Viscous Damping Ratio and Restoring Force From the Dynamic Response Data of Structures

Frontiers in Built Environment

English

Turbine Passage Design Methodology to Minimize Entropy Production—A Two-Step Optimization Strategy

Electronic Engineering

Information Systems

Mathematical Physics

English

Optimization of a Two-Step Method to Synthesize Azelaic Acid From Oleic Acid

Oriental Journal of Chemistry

Environmental Chemistry

English