If you're already a Kimball Midwest customer, but have not created your online login, enter your account number and either your account phone number or billing zip code below.

Staticload examples

When it comes to our catalog, only superior quality MRO parts, hardware and shop supplies make the cut. When you buy from Kimball Midwest, you know you’ll receive a quality product. This is especially true for these products, which carry the Kimball Midwest name.

Staticload vs dynamic load

If you have a username associated with the email address you submitted, you will receive an email shortly to allow you to reset your password. We look forward to serving you soon!

Staticload and dynamic load examples

Dynamic loads acting on the buildings are those that produce a vibration or a blow on the building. Dynamic loads are imposed on the building for a small time interval. The examples of this load are force due to boring of bore holes, weight of a moving car on the road, and weight due to working equipment.

If you have a username associated with the email address you submitted, you will receive an email shortly. We look forward to serving you soon!

Your password must include at least one uppercase letter, one lowercase letter, one number and be eight or more characters long.

Our website is just another way for you to access the Kimball Midwest Experience anytime, anywhere. This login will allow you to:

Whatis a dynamic load

Oh nuts and bolts, having trouble with your password? Type the email address you used to create your login below. You'll quickly receive an email with next steps.

Oh nuts and bolts, having trouble with your username? Type the email address you used to create your login below and submit it. You'll quickly receive an email with next steps.

It indicates a constant loading of building over an extensive time period. Static loads do not generate any blow or shaking on the building. The examples of this load are car parked at a carpark, the weight of building acting on the surface of the ground, and the force acting on a beam.