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scotch yoke mecanism
Scotch yoke (also known as slotted link mechanism) is a reciprocating motion mechanism, converting the linear motion of a slider into rotational motion, or vice versa.
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Power transmission - Motion study
This is a project to convert the linear motion to the desired rotational motion at at the required torque. This is modeled, assembled and analysed in solidworks
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STRESS ANALYSIS OF TRANSFER PLATFORM
The Objective was to carry out Linear Static Stress analysis and to get the maximum stresses and deformation in individual components like Coupler Arm, Guide Roller & Pinion Cylinder
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Main CAD projects
small motor asembly line 2. Steering wheel actuator 3.- Brake pedal gearbox actuator 4.- Break pedal linear actuator 5.- Welding robotc cell modeling
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Cam-Driven Automatic Button Pressing (Cam Mechanism)
motor rotates a cam disk with a guided follower path, converting rotary motion into a controlled linear press stroke. The rigid frame keeps alignment stable, while the front actuator and sliding linkage
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Modern Office Workspace & Commercial Interior Design
office. The design focuses on a functional workspace, incorporating acoustic wall panels and modern linear lighting for a productive commercial environment.
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Pivot Assembly
Designed a compact linear slider mechanism for smooth and controlled motion, with a focus on precision alignment, fit tolerances, and ease of assembly. The design ensures reliable operation and repeatable
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Modified Rifton Adaptive Tricycle
Reengineered and 3D printed an attachable redesigned linear steering mechanism, arm rest, and custom handles for the Rifton Adaptive Tricycle, tailored to the arm support needs of a student with Cerebral
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JLR Robotic Charger
charging system, having rigid support on the ground. It employs simple devices such as stepper motors, linear actuators, and a gear assembly. It has a well-defined locomotive system which makes it possible to
Designer
mageshb
Mechanical Engineering : Specialized in FEA
analysis and design improvements. Skilled in FEA and many technical packages. AREAS OF EXPERTISE Static Linear & Nonlinear Analysis Implicit & Explicit dynamic Analysis Modal & Frequency Response analysis Fatigue