1st Step for All

Science: 천문학 Astronomy; 생물학 Biology; 화학 Chemistry; 지질학 Geology; 수학 Mathematics; 물리 Physics

Engineering: 항공우주 Aerospace; 농업 Agriculture; 생물 Biological; 화학 Chemical; 토목공학 Civil; 전기공학 Electrical; 환경 Environmental; 산업 Industrial; 해양 Marine; 재료 Materials; 기계 Mechanical; 원자력 Nuclear

Architecture: 건축 Architecture

Health: 건강보건 Health

ETC: 기타 ETC

현재 위치

Finding deflection when concentrated load is applied on a simple beam, x ≤ location of load

작성자 Uploader : metalheart 작성일 Upload Date: 2019-11-27변경일 Update Date: 2019-11-29조회수 View : 4415

When the concentrated load P (kN) is applied on a simple beam of length L (m) as shown in the figure, the deflection of the beam vx (mm) is obtained as follows.

For x ≤ Lp, deflection equation is as follows.

vx = (P*x/(6*E*I*L))*(L-Lp)*(x^2 + Lp^2 - 2*L*Lp)

When the unit of E is MPa and the unit of I is cm ^ 4, the unit of vx is

(kN*m/(1000*kN/m^2*(0.01m)^4*m))*m^3 = 10^5*m

therefore, to make the unit of vx in mm, the above equation can be written as follows.

vx = (P*x/(6*E*I*L))*(L-Lp)*(x^2 + Lp^2 - 2*L*Lp)*10^8

*** 참고문헌[References] ***

For deflection equation, refer to
http://ezformula.net/esne/aboard/view.php?bbs_id=bbs03&doc_num=145

vx = (P*x/(6*E*I*L))*(L-Lp)*(x^2 + Lp^2 - 2*L*Lp)*10^8


변수명 Variable	변수값 Value	변 수 설 명 Description of the variable

※ 이 사이트는 광고수익으로 운영됩니다.

★ 로그인 후 수식작성 및 즐겨찾기에 추가할 수 있습니다.
★ To make new formula or to add this formula in your bookmark, log on please.

1st Step for All

현재 위치

Finding deflection when concentrated load is applied on a simple beam, x ≤ location of load

코멘트