TDM

(redirected from FDM)
Also found in: Dictionary, Thesaurus, Legal, Financial, Acronyms, Encyclopedia, Wikipedia.

TDM

Therapeutic drug monitoring, see there.

TDM

Abbreviation for therapeutic drug monitoring.
References in periodicals archive ?
Cynthia Funk and FDM faculty member and Sinulid project head Tracey Tabora.
To study the influence of different processing parameters on the mechanical properties of ABS specimens, this article explored the effects of layer thickness, printing speed, raster angle, and building orientation, on FDM ABS parts by orthogonal experiment to optimize the molding process.
The rate of the convergence of the HWM and FDM obviously tends to two, but the DQM has an ultrafast rate for N [less than or equal to] 32 and a negative rate for N > 32 (loss of accuracy).
This test has many possibilities for continuing and expanding the testing information for ideal FDM printer settings.
In the current sudy Flashforge finder of FDM technology was used to fabricate the pateient specific medical model and surgical template for preplanning as shown in the Figure 6 below.
FDM RMS streamlines data entry, reporting and analysis and FDM CAD is a fully integrated, real-time mapping and data entry system to prioritise resource assignments quickly during emergency responses.
Martin Foundry assembled its own 3-D printer using information available in the open source environment surrounding FFF and FDM. The casting facility, which produces power transmission products like pulleys and gears, thought it might have a use to make quick patterns for replacement parts.
The strength and fatigue analysis that gives the confidence to expand applications for load-bearing 3D printed FDM parts and provide the tools needed to support part qualification.
Most FDM printers work by heating the polymer until it becomes molten, and then ejecting it in the form of a circular cross-section bead, which solidifies.
To show the efficiency of the FEM described in the previous parts and to draw a comparison with the FDM, we present some examples.
The main limitation of FDM is that its resolution has tended to be fairly low, with the size of the features it could print depending on the diameter of the fiber extruded by the nozzle.
The rest of paper is arranged as follows: In Section 2 we describe the American option pricing models with time-fractional derivatives; in Section 3 we introduce the Laplace transform methods for the problem; in Section 4 we give the boundary-searching finite difference methods for the problem; in Section 5 we provide numerical examples to compare the performance of the Laplace transform method with FDM; the conclusions are made in the final section.