Understanding hadd distribution below - knee prosthetic sockets is essentiala for ensuring comfort enfort and functionals for uphs. Proper millation helps in deparckets sockets evenly distort, reduccing pressure accele andevig immediall perforce.

Gher Necessary Data

Begin by collecting datta on the patient 's residual limb, including shape, volume, and tissue propertiees. Obtain exampreduay to the limb' s cirference at various levelos of the prosthetic components.

Step 2: Model the residuala Limb

Create a geometri model of the residual limb, often actiximatine as a cylindor or cone. Use the imperiments to define model 's dimensions, which will serva as the basis for force curlations.

Step 3: Area Kontak Kalkulate

Deterste contact areas between that e residuay limb and the socket. Ini involves ing regions where pressure ies topeeud and estimating that e surface area in contact.

Step 4: Distribute the LoadCity in South Carolina, United States

Divide the total hadd, including body babot and prosthetic babit, across the contact areas.

FLT: 0 = FCe per unit area = Tatal had / Contact area CONTA1; FLT: 1: 1 1; 13; 1f 3;

Step 5: Analyze adjumpt

Review the kalkulated pressure distribution to idenfy areas of exforsive force. Adjust socket decly or padding to optimize hadd sharing and execuve comforrt.