Dr. PRITI YADAV

Role and responsibilities: Develop project proposal and project plan. Develop CAD and FE model to perform FE analysis. Perform the optimization analysis for material and cost reduction. Validate the design for customer end conditions. Project working on: Effective and reliable Wheel chair cum stretcher design at lowest possible cost for people with mobility problem.

Developed the methodology to compute the human muscle, joint contact forces for different static and dynamic activities. Contributed in the development of generalized femur bone FE model. Developed the automation tool to process the electromyography (EMG) signal. Analyzed the EMG signals collected for lower limb muscles during different standing postures.

Supported various Automotive business (Industrial, aero, vehicle and electrical) related development programs through CAE. Developed and validated the finite element (FE) models (structural/thermal) to substantiate the engineering designs for various automotive systems and components.

Linear and non-linear finite element method Structural dynamics Musculoskeletal biomechanics and human movement Research Ethics Statistics Applied linear optimization Human movement analysis and modeling

Finite element method Computer methods in mechanical design Optimal design of mechanical systems Machine tool design Advanced mechanical engineering design Fracture mechanics Experimental modal analysis and dynamic design Design of mechanisms and manipulators

Finite element method Solid mechanics CAD/CAM Mechanics of machines Design of machine elements Thermodynamics Heat and mass transfer Fluid mechanics