In this study, the amount of abrasive wear was predicted effectively by FE simulation and experiment regarding the material and shape of the abrasive. In order to calculate numerically the amount of wear using the Archard wear equation, the normal load between the abrasive and the polyurethane was calculated by FE simulation. The sliding distance can be calculated according to the working conditions, and the hardness of the polyurethane is a known value. The wear coefficient K was calculated inversely by experimental measurement of the wear amount according to the working conditions of the abrasive. In order to verify the proposed calculation method, the wear amount was calculated by using the Archard wear equation by applying the calculated wear coefficient K with regard to arbitrary working conditions. The deviation between the proposed calculation results and the experimental results was within 10%. When the wear coefficient K is calculated by using the proposed method, the wear amount can be estimated. In addition, it was found that the change of the vertical load value concerning penetration depth was the main factor for determining wear amount.

ABSTRACT
 기호설명
 1. 서 론
 2. Archard 마모식 및 연구 방법
 3. 실험 장비 및 방법
  3.1 실험 장비
  3.2 실험 조건
  3.3 폴리우레탄 마모량 측정 결과
 4. 시뮬레이션을 이용한 수직하중 계산
  4.1 모델링 및 물성치
  4.2 해석 조건
  4.3 해석 결과
 5. 마모계수 계산 및 검증
  5.1 마모계수 계산
  5.2 마모계수 검증
 6. 결 론
 References

• 강성욱(Korea Institute of Industrial Technology) | S. W. Kang Corresponding Author
• 이찬주(Korea Institute of Industrial Technology) | C. J. Lee
• 장영재(Hyundai Heavy Industries) | Y. J. Jang