Alif Syamim Syazwan Ramli

• PhD Student (Sport Science) - Biomechanics at UPM
• Universiti Putra Malaysia

INTRODUCTION: Blood flow restriction training (BFRT) is an effective training method to improve sports performance in healthy athletes. Nevertheless, a systematic review with meta-analysis regarding how BFRT affects sports performance in athletes is still lacking. Consequently, the study attempted to expand and consolidate the prior studies regardi...

Background: The performance outcome model in qualitative technique analysis can determine the mechanical interactions between a performance outcome and the factors that yield such results in sports techniques. Very little attention has been received for badminton forehand shots for such model work, considering the significance of this technical ski...

Background: The performance outcome model in qualitative technique analysis can determine the mechanical interactions between a performance outcome and the factors that yield such results in sports techniques. Very little attention has been received for badminton forehand shots for such model work, considering the significance of this technical ski...

Sub-acromial pain syndrome (SAPS) in overhead athletes is the most common reason for shoulder pain. As a rational decision, the medical treatments of today will likely be the best cure for this particular population. Conservative techniques are generally utilised to treat inflammation and pain through electrophysical approaches or to control the su...

Introduction: Physical trainability among adolescents is crucial to optimize training and obtain best adaptations for physical performance, which is also related to anthropometric growth profiles. Problem Statement: Previous studies have shown different growth profiles inter-countries, hence this warrants more investigations on potential variance...

A generic approach to model the kinematics and aerodynamics of flapping wing or-nithopter has been followed, to model and analyze a flapping bi-and quad-wing or-nithopter and to mimic flapping wing biosystems to produce lift and thrust for hovering and forward flight. Considerations are given to the motion of a rigid and thin bi-wing and quad-wing...

The potential of Flapping Wing Micro Air Vehicles (MAVs) for sensing and information gathering relevant for environmental and disaster monitoring and security surveillance leads to the identification and modeling the salient features and functional significance of the various components in the flying reasonably sized biosystems. The dynamics, kinem...

The potential of Flapping Wing Micro Air Vehicles (MAVs) for sensing and information gathering relevant for environmental and disaster monitoring and security surveillance leads to the identification and modeling the salient features and functional significance of the various components in the flying reasonably sized biosystems. The dynamics, kinem...

The present work addresses the aerodynamics and aeroelasticity of birdlike bio-inspired flapping wings in forward flight. The theoretical geometrical and kinematic bio-inspired baseline flapping wing model was developed based on literature study and observation. The main interest is to compare the dynamics of rigid and flexible flapping wing in for...

SYNOPSIS The paper presents a simplified and generic, but meticulous, model for its flight dynamics based on basic principles and in-house computational code. To this end, the basic unsteady aerodynamic approach incorporating viscous effect and leading-edge suction is utilized from the kinematic, aerodynamic and flight mechanics perspective. As a f...

Following an earlier attempt to develop a generic approach to model the kinematics and aerodynamics of a bi-wing flapping wing ornithopter, modeled following a simplified version of DeLaurier's approach with appropriate modifications, a flapping quad-wing ornithopter kinematic and aerodynamic model is also developed. Consideration is given to the m...

The state of the art of flapping wing ornithopter M AV is reviewed to provide a comprehensive insight into the geometrical, kinematic and aerodynamic characteristics of flapping biosystems. Then a generic approach is carried out to model the kinematics and aerodynamics of ornithopter to mimic flapping wing to produce lift and thrust for hovering an...

The state of the art of flapping wing ornithopter MAV is reviewed to provide a comprehensive insight into the geometrical, ki nematic and aerodynamic characteristics of flapping biosystems. Then a generic approach is carried out to model the kinematics and aerodynamics of ornithopter to mimic flapping wing to produce lift and thrust for hovering an...

Motivated by the potential of Flapping Wing Micro Air Vehicles (MAVs) for sensing and information gathering relevant for environmental and disaster monitoring and security surveillance, the objective of the work is to understand the salient features and functional significance of the various components in the flying biosystems ranging from the dyna...

The present work is focused on the unsteady aerodynamics of bio-inspired flapping wing to produce lift and thrust for hovering and forward flight. A generic approach is followed to understand and mimic the mechanism and kinematics of ornithopter by considering the motion of a three-dimensional rigid thin wing in flapping and pitching motion, using...

A generic approach is carried out to model the kinematics and aerodynamics of ornithopter to mimic flapping wing to produce lift and thrust for hovering and forward flight, by considering the motion of a three-dimensional rigid thin wing in flapping and pitching motion with phase lag. Basic Unsteady Aerodynamic Approach incorporating salient featur...