Huawei Yang

E-mail: accetq@r.postjobfree.com Phone: 626-***-****

EDUCATION

Mechanical Engineering (M.S.), University of Florida (GPA:3.89/4.0) 08/12 – 05/14

Automotive Engineering (B.S.), Harbin University of Science and Technology (GPA:3.5/4.0) 09/08 – 07/12

PROJECT AND RESEARCH EXPERIENCE

Finite Element Simulation of End Milling 07/13 – 11/13

Built 2D and 3D helical and straight fluted end mill models using Pro/Engineer

Conducted finite element analysis of end milling process based on ABAQUS

Analyzed the simulation results of end milling process, including the chip formation, cutting force,

and cutting mechanism

Compared the influence on simulation results of different experiment conditions

Crack Propagation Analysis based on Fatigue Analysis and FEA 11/13

Analyzed the compliated cyclic load condition to calculate the stress distribution

Calculated the critical stress amplitude under given cycles of loading using Goodman-Smith diagram

Built the crack surface model and ran simulation program based on ABAQUS

Calculated stress intensity factor using two different numerical methods based on MATLAB

Torque Arm Optimization using Polynomial Response Surface 04/13

Analyzed the initial stress distribution of a given torque arm using ABAQUS

Carried out convergence study on the finite element of mesh of the torque arm

Conducted finite element analyses to generate the PRS according to the design requirement

Optimized with MATLAB using the fmincon function

Finite Element Analysis and Design of a Plane Truss 03/13

Analyzed the deflection of a plane truss using ABAQUS finite element analysis

Analyzed the similarities between plane truss and beam by calculating axial rigidity, flexural rigidity,

shear rigidity, and the tip deflections of the two models

Designed the optimized truss element diameters based on MATLAB for fully-stressed design

Forward and Reverse Kinematic Analysis of T3-776 Manipulator 09/13 – 12/13

Conducted forward kinematic analysis using Matlab

Programmed Matlab funciton for converting robot manipulator to spatial closed loop mechanism

Converted the spatial closed loop mechanism into equivalent spherical closed loop mechanism

Programmed Matlab function for solving joint angle based on equivalent spherical mechanism

Internship at Aerospace Hi-tech Holding Group Co., Ltd. 08/11 – 09/11

Built 3D models using Solidworks and drew 2D mechanical drawing using AutoCAD

Engaged in CNC machining operation and auto-programming for NC machining using UG

Participated in Advanced Manufacturing Lab during Undergraduate Study 09/10 – 08/11

Manipulated research equipments with graduate students

Conducted experimental data processing using MATLAB

Independently designed a data processing interface based on MATLAB GUI

SUMMARY

Solid foundation of mechanical design and manufacturing knowledge

Strong skills in solid mechanics analyzing, fatigue analyzing in mechanical design, and 3D modeling

Extensive experience in Finite Element Analysis and Simulation in statics and dynamics

Proficiency in Abaqus, Pro/Engineer, Solidworks, Matlab, Unigraphics, AutoCad

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