mechanica lengineering
$10-30 USD
货到付款
I have a problem to solve
A notched plate with a net stress concentration factor, Kt, of 3 has the following material properties:
E = 200 GPa K’ = 1400 MPa n’ = 0.14 Sy = 600 MPa Su = 930 MPa
Determine the net stress, S, necessary to:
a) Reach yield, Sy, at the notch root
b) Reach a strain at the notch root, ε, of 1% (or 0.01)
If a net section stress of 610 MPa is applied to the plate determine, using Eq. (7.19), the resulting stress, σ, and strain, ε, at the notch root. How much error is caused by assuming net section elastic behavior and using Eq. (7.20) to determine the notch root stress and strain?
项目ID: #11761222
关于项目
有11名威客正在参与此工作的竞标,均价$48/小时
Hello, Greetings of the day, I have gone through the description & found interesting. I have done many project related to mechanical engineering, 3D modelling, product designing, any kind of simulation, design an 更多
My whatsapp number: +92 321 6624970 My email id: uetian.09 at gmail dot com I am an Electrical Engineer having specialization in Electronics and Control, teaching in Electrical Department at FAST National Universit 更多
Hi, I have done Bachelor in Mechatronics and Masters in Industrial & Manufacturing Engineering. I am Solidworks Certified Professional in Mechanical Design and currently doing a job as Mechanical Design & Developmen 更多
Dear Client. I am Erick graduate mechanical engineer and interested in working with you.I have gone through your questions and i can assure you that i will deliver it. Regards Erick
Hello...I study aerospace engineering and specialized in structural design and analysis...I would like to help you in this project....I promise to solve the problem in a very short time....
Hi there, I’d like to be considered for your position. For 11 years I’ve worked in Mechanical Engineering and so I am accustomed to working with all sorts of products and services, and in a variety of industries. I 更多
I like solve problems of strength materials, at university I study that very hard, I would be pleasent to help you in that problem.